Yamaha 01V96 Service Manual Download

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01V96

点灯

消灯

3. ANALOG IN ／ OUT の WORD CLOCK INT48kHz 時検査

3-1. STEREO OUT L/R（XLR）

条件 CH1（XLR）から入力します。
①歪率（L/R 共）

②残留ノイズ（L/R 共）
条件 STEREO OUT を OFF にします。

3-2. OMNI OUT 1 〜 4

条件 CH1（XLR）から入力します。

CH1 の ROUTING で BUS 1 〜 4 ON。
OUTPUT PATCH で OMNI nCH に BUS nCH を
アサインします。

①歪率（OMNI OUT 1 〜 4）

②残留ノイズ（OMNI OUT 1 〜 4）
条件 BUS OUT を OFF にします。

3-3. MONITOR OUT L/R

条件 CH1（XLR）から入力します。

MONITOR ／ 2TR IN SW は MONITOR。
MONITOR OUT LEVEL は MAX。

①歪率（L/R 共）

②残留ノイズ（L/R 共）
条件 STEREO OUT を OFF にします。

許容範囲

− 86dBu 以下

入力周波数

出力レベル

許容範囲

1kHz

＋ 22dBu

0.01％以下

② f 特（CH13 〜 16）
条件許容範囲は 1kHz を基準とします。

③歪率（CH13 〜 16）

④レベル差（CH13 〜 16）
①で測定した利得の差の範囲を以下の様に規定します。

⑤ノイズレベル（CH13 〜 16）
条件測定する CH IN を 150 Ωでショートします。

ただし上記許容範囲に入らない場合は EIN
測定値−（1kHz における利得）≦− 102
であることを確認します。

B. GAIN MIN
①利得（CH13 〜 16）

②歪率（CH13 〜 16）

③ノイズレベル（CH13 〜 16）
条件測定する CH IN を 150 Ωでショートします。

④奇数チャンネル／偶数チャンネル間のクロストーク
条件奇数 CH 側に信号を入力します。
偶数 CH 側は 150 Ωでショートします。

偶数側も同様であることを確認します。

2-9. CH IN 1 〜 16 のレベルメータの動作確認

条件測定 CH（PHONE）に規定レベルを入力します。

1 〜 16CH の同時入力は可能です。
PEAK,SIGNAL の LED の点灯、消灯を目視で確
認します。

入力周波数

出力レベル

許容範囲

1kHz

＋ 22dBu

0.02％以下

許容範囲

2dB 以内

許容範囲

− 72dBu 以下

入力周波数

入力レベル

規定出力レベル

許容範囲

1kHz

＋ 4dBu

＋ 4 ± 2dBu

入力周波数

出力レベル

許容範囲

1kHz

＋ 22dBu

0.01％以下

許容範囲

− 82dBu 以下

入力周波数

出力レベル（奇数チャンネル）許容範囲（偶数チャンネル）

1kHz

＋ 22dBu

− 58dBu 以下

LED レベル

入力周波数

入力レベル

参考出力レベル

（STEREO OUT）

PEAK

1kHz

＋ 23dBu

SIGNAL

1kHz

− 14dBu

LED レベル

入力周波数

入力レベル

参考出力レベル

（STEREO OUT）

PEAK

1kHz

＋ 19dBu

SIGNAL

1kHz

− 18dBu

入力周波数

出力レベル

許容範囲

1kHz

＋ 22dBu

0.01％以下

許容範囲

− 86dBu 以下

入力周波数

出力レベル

許容範囲

1kHz

＋ 22dBu

0.01％以下

入力周波数

入力レベル

許容範囲

20Hz

− 26dBu

− 1.5 〜 0.5dB

40kHz

− 26dBu

− 1.5 〜 0.5dB

許容範囲

− 86dBu 以下

Summary of Contents for 01V96

Page 1: ...MP 115 117 CHECKING THE BATTERY AND THE SYSTEM VERSION 119 CALIBRATING THE FADERS 119 MIDI DATA FORMAT 120 MIDI IMPLEMENTATION CHART 134 PARTS LIST BLOCK DIAGRAM OVERALL CONNECTOR CIRCUIT DIAGRAM CIRCUIT DIAGRAM This document is printed on chlorine free ECF paper with soy ink DIGITAL MIXING CONSOLE 200304 250000 目次総合仕様寸法図パネルレイアウトユニットレイアウト分解手順オプションカードの取り付け LSI端子機能表 ICブロック図シート基板図検査サービス検査プログ...

Page 2: ...parts replacement Recheck all work before you apply power to the unit WARNING CHEMICAL CONTENT NOTICE The solder used in the production of this product contains LEAD In addition other electrical electronic and or plastic Where applicable components may also contain traces of chemicals found by the California Health and Welfare Agency and possibly other entities to cause cancer and or birth defects...

Page 3: ...heat batteries or throw them into fire ADVARSEL Lithiumbatteri Eksplosionsfare ved fejlagtig handtering Udskiftning ma kun ske med batteri af samme fabrikat og type lever det brugte batteri tilbage til leverandren VARNING Explosionsfara vid felaktigt batteribyte Anvand samma batterityp eller en ekvivalent typ som rekommenderas av apparattillverkaren Kassera anvant batteri enligt fabrikantens instr...

Page 4: ... STEREO fader at nominal level and all CH INPUT faders at minimum level Input Pad 0 dB Input Sensitivity 60 dB 64 dB 68 dB S N STEREO OUT STEREO fader at nominal level and one CH INPUT fader at nominal level Maximum Voltage Gain 74 dB CH INPUT CH1 12 to STEREO OUT OMNI BUS OUT 40 dB CH INPUT CH13 16 to STEREO OUT 74 dB CH INPUT CH1 12 to OMNI AUX OUT via pre input fader 74 dB CH INPUT CH1 12 to MO...

Page 5: ...ep Routing STEREO BUS1 8 DIRECT OUT Direct out Pre EQ pre fader post fader Metering Displayed on LCD Peak hold on off Stereo Input Channel CH1 4 Input patch L R Phase L R Normal reverse Attenuator L R 96 0 to 12 0 dB 0 1 dB step Equalizer 4band PEQ TYPE1 5 On off Fader 100 mm motorized INPUT AUX1 8 send Aux send On off AUX1 8 pre fader post fader Solo On off Pre fader after pan Pan L R 127 positio...

Page 6: ... 8 STEREO CASCADE OUT BUS 1 8 AUX 1 8 STEREO SOLO Option Output SLOT Available card Optional digital interface card MY16 MY8 MY4 series Dither On off Word length 16 20 24 bit Output patch STEREO BUS1 8 AUX 1 8 DIRECT OUT 1 32 INSERT OUT CH 1 32 BUS 1 8 AUX 1 8 STEREO CASCADE OUT BUS 1 8 AUX 1 8 STEREO SOLO STEREO Comp type 4 On off Pre EQ pre fader post fader Attenuator 96 0 to 12 0 dB 0 1 dB step...

Page 7: ... C Storage temperature range 20 60 C Supplied Accessories AC Cable 3P 2P AC plug adapter CD ROM Studio Manager Owner s Manual Studio Manager Installation Guide Options Digital interface card MY16 MY8 MY4 series RACK MOUNT KIT RK1 1 Total harmonic distortion is measured with a 6 dB octave filter 80 kHz 2 Hum Noise are measured with a 6 dB octave filter 12 7 kHz equivalent to a 20 kHz filter with in...

Page 8: ... points 48 kHz 6 ms 46 0 s 160 points 44 1 kHz 3 ms 21 1 s 160 points 96 kHz 3 ms 23 0 s 160 points 88 2 kHz Compressor Threshold 54 dB 0 dB 0 1 dB step Ratio x 1 x 1 1 1 1 3 1 5 1 7 2 2 5 3 3 5 4 5 6 8 10 20 16 points Out gain 0 dB to 18 dB 0 1 dB step Knee Hard 1 2 3 4 5 6 step Attack 0 ms 120 ms 1 ms step Release 5 ms 42 3 s 160 points 48 kHz 6 ms 46 0 s 160 points 44 1 kHz 3 ms 21 1 s 160 poin...

Page 9: ...1 1 3 1 5 1 7 2 2 5 3 3 5 4 5 6 8 10 20 15 points Out gain 18 dB to 0 dB 0 1 dB step Width 1 dB 90 dB 1 dB step Attack 0 ms 120 ms 1 ms step Release 5 ms 42 3 s 160 points 48 kHz 6 ms 46 0 s 160 points 44 1 kHz 3 ms 21 1 s 160 points 96 kHz 3 ms 23 0 s 160 points 88 2 kHz Effect library EFFECT 1 4 Presets 44 User memories 76 Compressor library Presets 36 User memories 92 Gate library Presets 4 Use...

Page 10: ...ND 16 dB 26 dB 38 8 mV 16 dB 123 mV 4 dB 1 23 V 20 6 dB 338 mV 4 dB 1 23 V 24 dB 12 28 V INPUT 13 16 26 dB 10k Ω 600 Ω Lines 36 dB 1 23 mV 26 dB 38 8 mV 6 dB 388 mV Phone jack TRS Balanced 3 4 dB 6 dB 388 mV 4 dB 1 23 V 24 dB 12 28 V CH INSERT IN 1 12 10k Ω 600 Ω Lines 12 dB 195 mV 2 dB 616 mV 18 dB 6 16 V Phone jack TRS Unbalanced 4 4 CH INSERT IN OUT phone jacks are unbalanced Tip OUTPUT Ring IN...

Page 11: ...EREO BUS AUX DIRECT OUT INSERT OUT CASCADE OUT STEREO BUS1 8 AUX1 8 SOLO Details depend on each interface card Format Resolution Frequency The numberof Available cards Note Yamaha MY8 AT Digital I O 8 8 ADAT 20 bit 44 1 48 kHz 1 Can handle 24 bit 96 kHz by double channel mode MY16 AT 16 16 24 bit 44 1 48 kHz 1 MY8 TD 8 8 TASCAM 44 1 48 kHz 1 MY8 AE 8 8 AES EBU 44 1 48 kHz 1 MY8 AE96S 8 8 44 1 48 8...

Page 12: ... I O Spec I O Port Format Level Connector in Console TO HOST USB USB 0 V 3 3 V B type USB connector MIDI IN 1 1 MIDI IN can use as TIME CODE IN MTC MIDI DIN Connector 5P OUT MIDI DIN Connector 5P THRU MIDI DIN Connector 5P WORD CLOCK IN TTL 75 Ω BNC Connector OUT TTL 75 Ω BNC Connector Units mm 単位 Front view 寸法図コントロールI O仕様 ...

Page 13: ...FINED KEYS 1 2 3 4 5 6 7 8 5 5 5 10 5 10 10 10 15 15 15 20 20 20 30 30 30 30 40 40 40 50 50 50 60 60 70 70 20 30 40 40 50 50 60 70 0 0 5 10 15 20 0 0 5 10 5 10 15 30 20 30 40 40 50 50 60 70 20 30 40 40 50 50 60 70 20 30 40 40 50 50 60 70 20 30 40 40 50 50 60 70 20 30 40 40 50 50 60 70 15 0 5 10 15 20 0 5 10 5 10 0 30 15 5 10 15 20 0 5 10 5 10 0 30 15 5 10 15 20 0 5 10 5 10 0 30 15 5 10 15 20 0 5 1...

Page 14: ...N GAIN 4 26 GAIN 20dB 16 60 GAIN 20dB 16 60 GAIN 20dB 20dB 20dB 20dB 20dB 20dB 20dB 16 60 GAIN 16 60 GAIN 16 60 GAIN 16 60 GAIN 16 60 GAIN 16 60 GAIN 16 60 PAD A B A B A B A B A B A B A B A B A B 16 15 13 12 11 10 9 4 3 2 1 5 14 INSERT I O INSERT I O INSERT I O INSERT I O INSERT I O I NSERT I O INSERT I O INSERT I O INSERT I O CH1 4 INPUT BAL INSERT OUT IN UNBAL 13 14 15 16 PHONES MONITOR OUT MONI...

Page 15: ...el faders SOLO ON SEL AUX 1 40 50 60 70 30 5 10 15 20 0 20 30 40 50 15 5 10 5 10 0 1 1 17 ON SEL 5 10 15 20 30 40 50 60 70 0 STEREO q SEL button w ON button e STEREO fader ステレオセクションセレクトキーソロキーオンキーチャンネルフェーダー Channel Strip Section チャンネルモジュールセクションセレクトキーオンキーステレオフェーダー ...

Page 16: ...PAIR GROUP UTILITY MIDI SCENE DIO SETUP q SCENE button w DIO SETUP button e MIDI button r UTILITY button t Ø INSERT DELAY button y PAN ROUTING button u PAIR GROUP button i PATCH button o DYNAMICS button 0 EQ button 1 EFFECT button 2 VIEW button 1 16 17 32 MASTER REMOTE LAYER q 1 16 17 32 buttons w MASTER button e REMOTE button レイヤーセクションステレオインセクションステレオインキーセレクトキーソロキーオンキーレベルコントロールフェーダーモ...

Page 17: ...r LOW MID button t LOW button y Q control u FREQUENCY control i GAIN control EQUALIZER HIGH HIGH MID LOW MID LOW Q FREQUENCY GAIN SELECTED CHANNEL PAN SCENE MEMORY Section RECALL STORE SCENE MEMORY q STORE button w Scene Up Down buttons e RECALL button ディスプレイステレオメーターコントラスト調節ノブ F1 F4 キータブスクロールキータブスクロールキーセレクテッドチャンネルセクションディスプレイセクションパンコントロールハイキーハイミッドキーローミッドキーローキー Q コントロールフリーケンシーコ...

Page 18: ... 2 3 4 5 6 7 8 q Parameter wheel w ENTER button e DEC INC buttons r Left Right Up Down cursor buttons Data Entry Section ENTER DEC INC SOLO Section q SOLO indicator w CLEAR button SOLO CLEAR 1 8 キーデータエントリーセクションパラメーターホイールエンターキー DEC INC キーカーソル左右上下キーソロセクションソロインジケータークリアキー ...

Page 19: ...トセクションアナログアウトプットセクションデジタルインアウトセクションミディコントロールセクション q CH1 4 ON OFF switch w CH5 8 ON OFF switch e CH9 12 ON OFF switch PHANTOM 48V AD Output Section q MONITOR OUT connectors L R w OMNI OUT connectors 1 4 e STEREO OUT connectors L R リアパネルファンタム 48V CH1 4 オンオフスイッチ CH5 8 オンオフスイッチ CH9 12 オンオフスイッチアナログアウトプットセクションモニターアウト端子 L R オムニアウト端子 1 4 ステレオアウト端子 L R ...

Page 20: ... Digital I O Section q MIDI IN THRU OUT ports w TO HOST USB port MIDI Control Section q SLOT SLOT Section Power Section q POWER ON OFF switch w AC IN connector ワードクロックアウト端子ワードクロックイン端子 ADAT インアウト端子 2 トラックデジタルアウト COAXIAL 端子 2 トラックデジタルイン COAXIAL 端子デジタルインアウトセクションミディインスルーアウト端子トゥホスト端子ミディコントロールセクション SLOT セクションスロット電源セクション電源オンオフスイッチ AC IN ソケット ...

Page 21: ...21 01V96 CIRCUIT BOARD LAYOUT Bottom Assembly MAIN DCA AC DCD Power Transformer 電源トランス Top view ユニットレイアウトボトム Ass y ...

Page 22: ...01V96 22 Control Panel Assembly PN1 1 2 PN1 2 2 ADA ADA FD PN2 PN2 LCD PN1 2 2 HA HA PN1 1 2 Bottom view Rear view Bottom view コンパネ Ass y ...

Page 23: ...ly Time required About 3 minutes 1 1 Remove the twenty 20 screws marked 50 Fig 1 1 2 Lift the control panel assembly from the rear side and fasten them by the stay Photo 1 When assembling the control panel assembly with the bottom assembly put the screws of the front side right side panel side left side panel side rear side in order 分解手順 FDシート又はフェーダーを交換後はフェーダーのキャリブレーションを実施してください 119 ページ参照 1 コンパネ...

Page 24: ...e procedure 1 5 2 Remove the four 4 screws marked 290 and the two 2 screws marked 291 The DCD circuit board can then be removed Fig 2 Photo 3 6 AC Shield Plate Time required About 4 minutes 6 1 Fasten the control panel assembly See procedure 1 6 2 Remove the four 4 screws marked 170 The AC shield plate can then be removed Fig 2 Photo 4 7 Power Transformer Time required About 5 minutes 7 1 Fasten t...

Page 25: ...rmer 電源トランス Lithium Battery リチウム電池 ACシールド金具 290 222 110 Bind Head Tapping Screw B 4 0X8 MFZN2BL EG340190 130 Bind Head Tapping Screw B 3 0X6 MFZN2BL EP600230 170 Bind Head Tapping Screw B 3 0X6 MFZN2BL EP600230 220 Bind Head Tapping Screw B SP 3 0X10 MFZN2BL VH741100 221 Bind Head Screw SP 3 0X12 MFZN2Y VB763800 222 Bind Head Tapping Screw B 3 0X6 MFZN2BL EP600230 290 Bind Head Tapping Screw B 3 0...

Page 26: ...the AC inlet assembly and the ferrite core Photo 8 9 4 Remove the two 2 screws marked 165 and the screw marked 175 The AC inlet assembly can then be removed Photo 7 8 Locking card spacer 145 Power switch knob PSWノブ AC ロッキングカードスペーサ Ferrite core フェライトコア Cord holder underneath the ferrite core インシュロックタイフェライトコアの下側 AC inlet assembly ACインレットAss y Ferrite core フェライトコア Cord holder インシュロックタイ 175 165 8 AC...

Page 27: ... assembly is fixed slantwise at the stay open it widely at 180 for the work 10 ADA Circuit Board Time required About 6 minutes 10 1 Fasten the control panel assembly See procedure 1 10 2 Remove the three 3 screws marked 300 the thirteen 13 screws marked 310 and the three 3 screws marked 320 The ADA circuit board can then be removed Fig 3 Photo 10 11 HA Circuit Board Time required About 15 minutes ...

Page 28: ...rcuit board by the cord holders When you replace the FD circuit board be sure to attach the insulation sheet as before Cannon connector x 12 キャノンコネクター Phone cannon shield フォーンキャノンシールド Phone jack x 12 ホーンコネクタ Soldering 半田付け Bottom view Top view HA HA 12 FD シート所要時間約 5 分 12 1 コントロールパネル面よりフェーダーノブ 17 個を外します写真 15 12 2 コンパネ Ass y を固定します 1 項参照 12 3 210 のネジ 10 本を外して絶縁シートと共に FD シートを外します写真 16 12 4 インシ...

Page 29: ...d See procedure 11 13 4 Remove the six 6 screws marked 190A The HA ADA angle PN1 shield plate 1 and 2 can then be removed Photo 17 13 5 Remove the five 5 screws marked 80 The LCD circuit board can then be removed Photo 18 13 6 Remove the two 2 screws marked 100 and the two 2 screws marked 190B The LCD shield plate can then be removed Photo 19 13 7 Remove the four 4 screws marked 60 The LCD can the...

Page 30: ...ed About 4 minutes 15 1 Remove the two 2 encoder knobs marked 450B from the control panel side Photo 21 15 2 Fasten the control panel assembly See procedure 1 15 3 Remove the four 4 screws marked 190E The PN2 circuit board can then be removed Photo 24 60 Bind Head Tapping Screw B 3 0X8 MFZN2BL EP600190 Photo 19 写真19 Photo 20 写真20 バインド B タイト 100 Bind Head Tapping Screw B 3 0X8 MFZN2BL EP600190 190B...

Page 31: ...ob エンコーダーツマミ PN1 PN1 2 2 PN2 1 2 1 2 190E 190E Bottom view PN2 190 Bind Head Tapping Screw B 3 0X8 MFZN2BL EP600190 Photo 22 写真22 バインド B タイト 190E Bind Head Tapping Screw B 3 0X8 MFZN2BL EP600190 Photo 24 写真24 バインド B タイト Photo 23 写真23 460 Encoder knob エンコーダーノブ 450A Encoder knob エンコーダーノブ 450B Encoder knob エンコーダーノブ Top view ...

Page 32: ...stall an optional mini YGDAI card 1 Make sure that the power to the 01V96 is turned off 2 Undo the two fixing screws and remove the slot cover as shown below Keep the cover and fixing screws in a safe place for future use 3 Insert the card between the guide rails and slide it all the way into the slot as shown below You may have to push firmly to fully insert the card into the internal connector 4...

Page 33: ...S2 STXD P82 CTS2 SRXD P81 URXD2 SCLK P80 UTXD2 SRDY P37 RD P36 WR P35 SYNCOUT P34 ØOUT P33 DMAOUT P32 P31 P30 RDY I O I O I O I O I O I O I O I O I I I O I O I O O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O Port 6 Port 5 Chip operation mode Reset input Port 5 Ground Quartz crystal input Quartz crystal output Power supply 5V Analog power supply 5V Loop filte...

Page 34: ...5 RAS3L PTJ0 PTJ1 CASL PTJ2 VssQ CASU PTJ3 VccQ PTJ4 PTJ5 DACK0 PTD5 DACK1 PTD7 PTE6 PTE3 RAS3U PTE2 PTE1 TDO PTE0 BACK BREQ WAIT RESETM ADTRG PTH5 IOIS16 PTG7 ASEMD0 PTG6 ASEBRKAK PTG5 PTG4 CKIO2 AUDATA3 PTG3 AUDATA2 PTG2 Vss AUDATA1 PTG1 Vcc AUDATA0 PTG0 TRST PTF7 PINT15 TMS PTF6 PINT14 TDI PTF5 PINT13 TCK PTF4 PINT12 IRLS3 PTF3 PINT11 IRL2 PTF2 PINT10 IRLS1 PTF1 PINT9 IRLS0 PTF0 PINT8 MD0 Vcc P...

Page 35: ...Data bus of internal register WAIT output Ground Serial data input Ground Power supply 5 V Serial data output Ground Parallel data bus Power supply 5 V Power supply 3 3 V 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 ...

Page 36: ...DA11 DA12 DA13 DA14 DA15 DA16 DA17 DA18 DA19 DA20 DA21 DA22 DA23 DA24 DA25 DA26 DA27 DA28 DA29 DA30 DA31 Vdd Test mode setting 0 TEST 1 Normal PLL enable input 0 PLL unuse 1 PLL use PLL filter Initial clear Power supply 2 5 V Ground I Mute control 0 SIO mute 1 SIO normal in out Serial I O Sync signal input Serial I O master clock input 128 x Fs System master clock input 60 MHz or 15 MHz Data bus t...

Page 37: ...ynchronous output signal for DAC Fs x 1 Synchronous output signal for DSP Fs x 64 Bit clock output Fs x 1 Word clock output Fs x 128 Bit clock output Fs x 256 Bit clock output Clock synchronization control input Crystal oscillator connection or external clock input Crystal oscillator connection VCO oscillating clock connection PLL lock flag Logic section power GND PLL time constant switching outpu...

Page 38: ...77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 VDD PB_H_M4_SEL PB_O_MUTE VSS PB_SO0_ATO PB_SO1 PB_SO2 PB_SO3 VSS PB_O_H_MODE 0 PB_O_H_MODE 1 PB_O_H_MODE 2 PC_I_H_MODE 0 PC_I_H_MODE 1 PC_I_H_MODE 2 P...

Page 39: ... DB13 DB12 DB11 DB10 DB9 IOVDD DB8 DB7 DB6 DB5 DB4 DB3 DB2 DB1 DB0 VSS COREVDD GPIO0 FPDAT11 FPDAT10 FPDAT9 FPDAT8 VSS FPSHIFT IOVDD FPDAT7 FPDAT6 FPDAT5 FPDAT4 FPDAT3 FPDAT2 FPDAT1 FPDAT0 FPLINE FPFRAME VSS O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O O O O O O O O O O O O O O O O Power supply 3 3V Wait signal Data bus Power supply 3 3V Data bus Ground Power supply 3 3V G...

Page 40: ...Power down mode Audio serial data clock Audio serial data input L R clock Soft mute Double speed sampling mode De emphasis enable Digital input format 15 16 17 18 19 20 21 22 23 24 25 26 27 28 BVSS VREFL VREFH AVDD AVSS AOUTR AOUTR AOUTL AOUTL VCOM P S CKS0 CKS1 CKS2 I I O O O O O I I I I Substrate ground Low level voltage reference High level voltage reference Analog power supply 5 V Analog groun...

Page 41: ... VDD 6A 6Y 5A 5Y 4A 4Y INPUTS OUTPUTS PR CLR CLK D Q Q L H H L H Q O H L H H L Q O X X X H L X X X X f f L H L L H H H L H L H H H 1 2 3 4 5 6 7 1CLR 1D 1CK 1PR 1Q 1Q GND 14 13 12 11 10 9 8 VCC 2CLR CLR 2D D 2CK CK 2PR PR 2Q 2Q Q Q CLR D CK PR Q Q 1A 1B 1 1Q 2Q 2 Cext 2 Rext Cext GND 1 16 2 15 3 14 4 13 5 12 6 11 7 10 8 9 Vcc 1 Rext Cext Cext 1Q 2Q CLR 2B 2A CLR Q Q Q Q CLR 1 2 3 4 5 6 7 A A Selec...

Page 42: ...4 Differential 4 channel Multiplexer Demultiplexer SN74LV4051ANSR X3955A00 FD IC011 014 017 Single 8 channel Multiplexer Demultiplexer TC74LVX4245FS XU229A00 MAIN IC107 108 111 112 Dual Supply Octal Bus Transceiver 1 Channel IN OUT 4 2 3 4 5 6 7 8 do 6 Control Inhibit DC Voltage Supply do VDD CH2 CH1 CH0 CH3 A B C 9 10 11 12 13 14 15 16 DC Voltage Supply Channel IN OUT 2 do 1 do 3 Control Input A ...

Page 43: ...uts Outputs Operation Vcc Mode A B C D X X X X A B C D Z Z Z Z VEE 0 0 0 0 0 0 1 1 1 1 1 0 1 X 1 0 1 0 1 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 1 1 0 1 X 0 0 0 0 1 0 0 0 0 0 1 0 0 0 1 0 0 1 Z 1 0 1 0 1 0 0 0 1 0 Z 0 1 0 0 0 1 0 0 0 1 1 0 1 Z 0 0 0 0 1 1 0 0 1 0 Z 0 0 0 1 0 5 0 GND 5 0 5 0 Differential EIA 422 A Single Ended EIA 423 A X Don t Care Z High Impedance Off X 0 X X 1 2 3 4 5 6 7 INPUT A INPUT A O...

Page 44: ... 601 701 801 901 A01 B01 C01 D01 E01 F01 G01 NJU7074M TE1 X3700A00 FD IC012 013 015 016 Quad Operational Amplifier NJM2902M T1 XR562A00 FD IC001 101 151 201 251 301 351 401 451 501 551 601 651 701 751 801 851 901 LCD IC2 1 2 3 4 V 8 7 6 5 Output A V Non Inverting Input A DC Voltage Supply DC Voltage Supply Output B Inverting Input B Non Inverting Input B Inverting Input A 1 2 3 4 5 6 7 OUT A IN A ...

Page 45: ...FIN B PFD OUT LOGIC GND 14 13 12 11 10 9 8 VCO VDD RBIAS VCOIN VCO GND VCO INHBIT PFD INHIBIT NC 7 LOGIC GND 4 FIN A 6 PFD OUT 12 VCOIN 13 RBIAS 11 VCO GND 8 NC 1 LOGIC VDD 5 FIN B CHARGE PUMP DETECTOR 9 PFD INHIBIT 10 VCO INHBIT 14 VCO VDD 3 VCO OUT 2 SELECT BLAS CONTROL VCO OUTPUT MUX 1 2 ...

Page 46: ...oard X3422B0 54 56 HACOM HA Circuit Board X3422B0 58 60 MAIN Circuit Board X3421B0 62 64 66 68 PNCOM LCD Circuit Board X3424B0 75 PNCOM PN1 1 2 2 2 Circuit Board X3424B0 70 72 PNCOM PN2 Circuit Board X3424B0 74 CIRCUIT BOARDS Component side DCCOM AC Circuit Board 2NAP V989570 2 2 J U V models 2NAP V989570 2a 2 H B W K models 部品側 to Power Transformer POWER ON OFF to AC Inlet Assembly not installed ...

Page 47: ...DCCOM DCA 1 5 Circuit Board Component side to Power Transformer to HA CN551 not installed not installed not installed to MAIN CN005 to ADA CN953 2NAP V989570 2 2 J U V models 2NAP V989570 2a 2 H B W K models 部品側 ...

Page 48: ...01V96 48 to Power Transformer to FD CN002 to MAIN CN004 not installed DCD Circuit Board Component side 部品側 2NAP V989580 2 1 ...

Page 49: ...49 01V96 Pattern side 2NAP V989580 2 1 DCD Circuit Board パターン側 ...

Page 50: ...01V96 50 A A to MAIN CN704 1 fader 2 fader 3 fader 4 fader 5 fader 6 fader 7 fader 8 fader 9 fader FD Circuit Board 2NAP V989450 2 1 ...

Page 51: ...51 01V96 A A der 10 fader 11 fader 12 fader 13 fader 14 fader 15 fader 16 fader STEREO fader to DCD CN202 Component side 2NAP V989450 2 1 部品側 ...

Page 52: ...01V96 52 B B to DCD CN202 FD Circuit Board 2NAP V989450 3 ...

Page 53: ...53 01V96 Pattern side B B to MAIN CN704 2NAP V989450 3 パターン側 ...

Page 54: ...01V96 54 C C to MAIN CN503 TO HOST USB IN OUT MIDI THRU 2 TR DIGITAL COX adat OPTICAL WORD CLOCK IN OUT IN IN OUT to MAIN CN502 to HA CN101 HACOM ADA Circuit Board 2NAP V989280 2 1 ...

Page 55: ...55 01V96 Component side C C K WORD CLOCK OUT STEREO OUT BAL L R L R to HA CN901 to DCA 1 5 CN305 to MAIN CN501 to HA CN552 OMNI OUT BAL MONITOR OUT BAL 1 2 3 4 2NAP V989280 2 1 部品側 ...

Page 56: ...01V96 56 HACOM ADA Circuit Board D D 2NAP V989280 3 1 ...

Page 57: ...57 01V96 Pattern side D D 2NAP V989280 3 1 パターン側 ...

Page 58: ...I O 1 I O 1 INSERT INSERT I O 2 I O 2 INSERT INSERT I O 3 I O 3 INSERT INSERT I O 4 I O 4 INSERT INSERT I O 5 I O 5 INSERT INSERT I O 6 I O 6 INSERT INSERT I O 7 I O 7 INSERT INSERT I O 8 I O 8 INSERT I O 1 INSERT I O 2 INSERT I O 3 INSERT I O 4 INSERT I O 5 INSERT I O 6 INSERT I O 7 INSERT I O 8 INPUT INPUT B 1 B 1 INPUT INPUT B 2 B 2 INPUT INPUT B 3 B 3 INPUT INPUT B 4 B 4 INPUT INPUT B 5 B 5 IN...

Page 59: ...S PHONES LEVEL LEVEL N 8 GAIN 9 GAIN 10 GAIN 11 GAIN 12 GAIN 13 GAIN 14 GAIN 15 GAIN 16 MONITOR OUT LEVEL PHONES LEVEL 0dB 8 PAD 20dB 9 PAD 20dB 10 PAD 20dB 11 PAD 20dB 12 ERT ERT 8 8 INSERT INSERT I O 9 I O 9 INSERT INSERT I O 10 I O 10 INSERT INSERT I O 11 I O 11 INSERT INSERT I O 12 I O 12 ERT 8 INSERT I O 9 INSERT I O 10 INSERT I O 11 INSERT I O 12 UT UT 8 INPUT INPUT B 9 B 9 INPUT INPUT B 10 ...

Page 60: ...01V96 60 F F HACOM HA Circuit Board 2NAP V989280 3 1 ...

Page 61: ...61 01V96 F F Pattern side 2NAP V989280 3 1 パターン側 ...

Page 62: ...Board 2NAP V989160 2 5 Battery VN103500 VN103600 Battery holder for VN103500 Notice for back up battery removal Push the battery as shown in figure then the battery will pop up Druk de batterij naar beneden zoals aangeven in de tekening de batterij springt dan naar voren Battery Battery holder Lithium Battery リチウム電池 ...

Page 63: ...63 01V96 Component side G G to DCA 1 5 CN303 to ADA CN951 to ADA CN952 to ADA CN002 to SLOT not installed 2NAP V989160 2 5 部品側 ...

Page 64: ...01V96 64 H H MAIN Circuit Board 2NAP V989160 2 5 ...

Page 65: ...65 01V96 H H Component side 2 layer 2NAP V989160 2 5 部品側 2層 ...

Page 66: ...01V96 66 I I MAIN Circuit Board 2NAP V989160 2 5 ...

Page 67: ...67 01V96 I I Component side 5 layer 2NAP V989160 2 5 部品側 5層 ...

Page 68: ...01V96 68 J J MAIN Circuit Board 2NAP V989160 3 3 ...

Page 69: ...69 01V96 J J Pattern side 2NAP V989160 3 3 パターン側 ...

Page 70: ...01V96 70 K K to MAIN CN701 PNCOM PN1 1 2 2 2 Circuit Board 2NAP V989490 2 2 ...

Page 71: ...71 01V96 K K to MAIN CN702 to MAIN CN703 to PN2 CN301 Parameter wheel Component side 2NAP V989490 2 2 部品側 ...

Page 72: ...01V96 72 L L PNCOM PN1 1 2 2 2 Circuit Board 2NAP V989490 2 2 ...

Page 73: ...73 01V96 L L Pattern side 2NAP V989490 2 2 パターン側 ...

Page 74: ...01V96 74 to PN1 CN105 PNCOM PN2 Circuit Board Pattern side Component side 2NAP V989490 2 2 パターン側部品側 ...

Page 75: ...75 01V96 to LCD Module to MAIN CN006 LCD contrast Pattern side Component side PNCOM LCD Circuit Board 2NAP V989490 2 2 パターン側部品側 ...

Page 76: ...this key until FLASH UPDATE is displayed on the screen of the 01V96 main unit For the MAIN circuit board inspection it is adequate to just switch on the power c Start the version upgrade program VerUp exe d Press the Browse button and select the main program and boot program file name 01V96 pgm to be written e When you press the Load button the program writing is started Never switch off the power...

Page 77: ...ence The range for the difference in the gain measured with q is regulated as follows Input frequency Input level Regulated output level Permitted range 1kHz 4dBu 4dBu 4 2dBu t Crosstalk between left and right Parameter PAN L swung to cut off The right side must be the same y Maximum output both L R 2 2 2TR OUT L R Parameter Must be input from CH1 XLR q Gain both L R w f characteristic both L R Pa...

Page 78: ...mitted range uses 1 kHz as the reference e Residual noise both L R Parameter Set the PHONES LEVEL to MIN r L R level difference The range for the difference in the gain measured with q is regulated as follows t Maximum output both L R Parameter 12 dB must be output from the internal oscillator y Crosstalk between left and right Parameter PAN L swung to cut off The right side must be the same 2 6 2...

Page 79: ...ge uses 1 kHz as the reference e Distortion ratio CH1 12 r Noise level CH1 12 Parameter Short the CH IN being measured with 150 Ω However if the permitted range above is not met EIN Measurement value Gain at 1 kHz must be 128 or more t Level difference CH 1 12 The range for the difference in the gain measured with q is regulated as follows Permitted range 97dBu or below Permitted range Within 1dB ...

Page 80: ... Short the CH IN being measured with 150 Ω r Odd channel even channel crosstalk Parameters Inputthesignalstotheoddchannelsside Short the even channel side with 150 Ω The even channels must be the same too 2 9 CH IN 1 16 level meter operation check Parameters Input the regulated level to the channels being measured PHONE 1 16 CH can be input at the same time Input frequency Input level Permitted ra...

Page 81: ...Two frequency setting Sample Rate to 96 kHz q Gain 2TR DIGITAL IN w f characteristic 2TR DIGITAL IN Parameter The permitted range uses 1 kHz as the reference e Distortion ratio 2TR DIGITAL IN B 48 kHz Parameter System Two frequency setting Sample Rate to 48 kHz q Distortion ratio 2TR DIGITAL IN 4 3 adat IN OUT OPTICAL Parameters Use System Two Inspect with STEREO OUT L R XLR Must be input from CH1...

Page 82: ... below For 2TR DIGITAL IN inspection set the System Two frequency setting Sample Rate according to the table below q Jitter both WORD CLOCK IN and 2TR DIGITAL IN 6 Issuing sound Check the following items by listening ANALOG INPUT ANALOG OUTPUT CH1 XLR CH9 XLR CH16 PHONE Inspect with STEREO OUT L R XLR EEFFECT function DSP6 operation check Parameters Sound scene data Use the file name JADE_01 WORD ...

Page 83: ...kHz 6dB OCTのLPFで補正します実効値ではなく平均値での測定とします歪み測定は 80kHz 6dB OCT の LPF で補正しますアナログ出力の検査時は以下の条件を追加変更します最大出力測定時特に指定のない場合は内蔵オシレーターから 0dB を出力しますアナログ出力の負荷は INSERT OUT 10k Ω STEREO OUT 600 Ω 2TR OUT 10k Ω OMNI OUT 10k Ω MONITOR OUT 10k Ω PHONES 8 Ω とします 1 2 プログラムの書き込み本体プログラムおよびブートプログラムが最新バージョンになっていない場合最新のプログラムにバージョンアップする必要があります最新のプログラムは YSISS ホームページよりダウンロードしてくださいプログラムのバージョンの確認方法 01V96 の SEL ...

Page 84: ...INT96kHz時検査 2 1 STEREO OUT L R 条件 CH1 XLR から入力します利得 L R 共ｆ特 L R 共条件許容範囲は 1kHz を基準とします残留ノイズ L R 共条件 STEREO OUT を OFF にします L R 間のレベル差で測定した利得の差の範囲を以下の様に規定します L R 間のクロストーク条件 PAN は L 側に振り切ります R 側も同様であることを確認します最大出力 L R 共 2 2 2TR OUT L R 条件 CH1 XLR から入力します利得 L R 共 f 特 L R 共条件許容範囲は 1kHz を基準とします 2 3 OMNI OUT 1 4 条件 CH1 XLR から入力します CH1 の ROUTING で BUS1 4 ON OUT PATCH で OMNI nCH に BUS nCH をアサインし...

Page 85: ...数側も同様であることを確認します最大出力 OMNI OUT 1 4 2 4 MONITOR OUT L R 条件 CH1 XLR から入力します MONITOR 2TR IN SW はMONITOR MONITOR OUT LEVEL は MAX 利得 L R 共 f 特 L R 共条件許容範囲は 1kHz を基準とします残留ノイズ L R 共条件 STEREO OUT を OFF にします L R 間のレベル差で測定した利得の差の範囲を以下の様に規定します L R 間のクロストーク条件 PAN は L 側に振り切ります R 側も同様であることを確認します最大出力 L R 共許容範囲 1dB 以内入力周波数出力レベル奇数チャンネル許容範囲偶数チャンネル 1kHz 22dBu 58dBu 以下入力周波数許容範囲許容範囲歪率 1kHz 24 0 5dBu 0...

Page 86: ...50 Ωでショートします偶数側も同様であることを確認します C ファントム CH1 12 XLR の 2 ピンと 3 ピンをショートし 2 1 ピン間に 10k Ω負荷を接続してファントムスイッチを ON にしたときの電圧は以下のように規定しますファントムスイッチを OFF にしたとき速やかに放電を開始することを確認します 2 8 CH IN 13 16 PHONE 条件 STEREO OUT L XLR で検査します A GAIN MAX 利得 CH13 16 入力周波数出力レベル許容範囲 1kHz 22dBu 0 003 以下許容範囲 97dBu 以下許容範囲 1dB 以内入力周波数出力レベル L 許容範囲 R 1kHz 22dBu 58dBu 以下入力周波数入力レベル規定出力レベル許容範囲 1kHz 60dBu 4dBu 4 2dBu 入力周波数入力レ...

Page 87: ...定値 1kHz における利得 102 であることを確認します B GAIN MIN 利得 CH13 16 歪率 CH13 16 ノイズレベル CH13 16 条件測定する CH IN を 150 Ωでショートします奇数チャンネル偶数チャンネル間のクロストーク条件奇数 CH 側に信号を入力します偶数 CH 側は 150 Ωでショートします偶数側も同様であることを確認します 2 9 CH IN 1 16 のレベルメータの動作確認条件測定CH PHONE に規定レベルを入力します 1 16CH の同時入力は可能です PEAK SIGNAL の LED の点灯消灯を目視で確認します入力周波数出力レベル許容範囲 1kHz 22dBu 0 02 以下許容範囲 2dB 以内許容範囲 72dBu 以下入力周波数入力レベル規定出力レベル許容範囲 1kHz 4dBu 4...

Page 88: ... にします利得 2TR DIGITAL IN f 特 2TR DIGITAL IN 条件許容範囲は 1kHz を基準とします歪率 2TR DIGITAL IN B 48kHz 条件 System Two の周波数設定 Sample Rate を 48kHz にします歪率 2TR DIGITAL IN 4 3 adat IN OUT OPTICAL 条件 System Two を使用します STEREO OUT L R XLR で検査します CH1 XLR から入力します A 48kHz 条件 System Two の周波数設定 Sample Rate を 48kHz にします歪率 adat IN B 44 1kHz 条件 System Two の周波数設定 Sample Rate を 44 1kHz にします歪率 adat IN 入力周波数出力レベル許容範囲 1kHz 10...

Page 89: ...IGITAL INの検査時はSystem Twoの周波数設定 Sample Rate に下記表の値を選択しますジッター WORD CLOCK IN 2TR DIGITAL IN共 6 音だし以下の項目を聴感で確認します ANALOG INPUT ANALOG OUTPUT CH1 XLR CH9 XLR CH16 PHONE STEREO OUT L R XLR で検査します EFFECT 機能 DSP6 動作確認条件音出しシーンデータファイル名 JADE 01 を使用します WORD CLOCK INT48kHz ANALOG INPUTのCH1から音楽信号を入れシーン1からシーン4を順にリコールしどのシーンでも STEREO METER の OVER が点灯しないように GAIN ツマミを調整しておきます検査シーン1 REVERB をリコールしヘッドホンで...

Page 90: ...te and the SIO connection Check each DSP7 register by Read Write and the SIO and ATSC2 connections MIDI OUT Check the IN Send Receive Loopback and check the 2TR IN OUT DIGITAL Loopback and check the ADAT Count the FS of WCLK OUT by WCLK IN and check the PLL LOCK Display the entire screen in black and white and check the contrast volume LEDs light in the specified order All LEDs have gradual bright...

Page 91: ...G is displayed TO HOST USB MIDI IN OUT THRU 2TR IN DIGITAL 2TR OUT DIGITAL adat OUT adat IN WORD CLOCK IN WORD CLOCK OUT 01V96 SLOT1 PLLP2 NG Adrs Data BUS EXIT DEC Key ENTER Key Certified voltage range 2 80 V to 3 50 V Below 0 5 V is NG BATT NONE EXIT DEC Key ENTER Key BATT NG BATT NG BATT 2 56V 1 Service Check Common contents 1 The contents of the Service Check Program and examples of the screen...

Page 92: ...ENTER Key MIDI Loopback OK MIDI Check OK SCI2 1 CPU Interface Data Bus NG IC201 0000 0000 XXXX 0000 0000 0000 0000 X00X MSB X Error bit LSB 2 SIO Connection DSP7 DSP6 NG 1 IC201 S0 xx IC301 SI xx IC number EXIT DEC Key ENTER Key ADAT OK ADAT OUT IN OK ADAT EXIT DEC Key ENTER Key 2TR IN OUT OK FS OK OUT IN OK DIR Lock RERR OK DIT DIR CDIN CDOUT NG DIO_SIO 2TR1 W 12485100 R 00000000 Details are disp...

Page 93: ... in A D Example of execution screen 1 21 LCD test Contents Display the entire LCD screen in black and white alternatively and visually check Example of execution screen Check if the entire screen is displayed in black and white respectively When the entire screen is displayed in black check for any dot flaws Check if the screen contrast changes when the contrast volume is changed If the above is c...

Page 94: ...key once and move check item 5 Starting from check item 1 q Press the ENTER key w Move all of the FADERs up e Manually move all of the FADERs all the way up r Press the ENTER key t OK is displayed Move all of the FADERs down y Manually move all of the FADERs all the way down u Press the ENTER key iThe FADERs are checked if they can automatically move Check items 3 to 7 o The judgment result is dis...

Page 95: ...o display the next page and press the key to display the previous page Press the ENTER key to exit this page BACK UP NEXT DOWN EXIT ENTER Page 2 MESSAGE LOG 2 BATT NG BATT 2 56V 6 MIDI OK SCI2 A maximum of 999 pages can be displayed in the log of the check results Any additional pages will not be displayed To clear the log end the Service Check Program or press the CLEAR key of the SOLO 2 Suppleme...

Page 96: ...V96 96 SW operation Fig 1 GROUP1 SW operation Fig 2 GROUP2 The DEC SW is used to exit during the 1 24 PANEL SW test so do not check the DEC SW 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 1 2 3 4 2 3 4 5 6 7 ...

Page 97: ...01V96 97 LED lighting order Fig 1 LED lighting order Fig 2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 1 2 5 3 4 2 3 4 ...

Page 98: ...ine Execute the Audio Check for 01V96 Check method Insert the voice signal in the ANALOG SLOT and 2TR Digital input select INPUT CH 1 to 48 and check the headphone output If the voice signal input is not correctly output the LSI on the selected signal route is faulty Because the built in oscillator 1 kHz 20 dB sine wave is output to BUS 1 to 8 and AUX 1 to 8 select BUS 1 to 8 and AUX 1 to 8 and ch...

Page 99: ...EL to ON OFF The OUTPUT route of the last CHANNEL set is displayed Multiple CHANNELs are not set to ON at the same time OUTPUT route display selection Selects the route display CHANNEL OUTPUT route Displays the outline of the route of the signal selected by the OUTPUT route display selection 3 2 Check contents Common contents 1 The IN PORT and OUT PORT are determined by setting the INPUT CH and OU...

Page 100: ...UT CH BUS AUX OUT PORT CH1 SLOT 1 BUS1 SLOT 1 CH2 SLOT 2 BUS2 SLOT 2 CH3 SLOT 3 BUS3 SLOT 3 CH4 SLOT 4 BUS4 SLOT 4 CH5 SLOT 5 BUS5 SLOT 5 CH6 SLOT 6 BUS6 SLOT 6 CH7 SLOT 7 BUS7 SLOT 7 CH8 SLOT 8 BUS8 SLOT 8 CH9 SLOT 9 AUX1 SLOT 9 CH10 SLOT 10 AUX2 SLOT 10 CH11 SLOT 11 AUX3 SLOT 11 CH12 SLOT 12 AUX4 SLOT 12 CH13 SLOT 13 AUX5 SLOT 13 CH14 SLOT 14 AUX6 SLOT 14 CH15 SLOT 15 AUX7 SLOT 15 CH16 SLOT 16 A...

Page 101: ...T 5 BUS5 ADAT 5 CH6 ADAT 6 BUS6 ADAT 6 CH7 ADAT 7 BUS7 ADAT 7 CH8 ADAT 8 BUS8 ADAT 8 CH9 2TRD L AUX1 2TRD L CH10 2TRD R AUX2 2TRD R CH11 ADAT 1 AUX3 CH12 ADAT 2 AUX4 CH13 ADAT 3 AUX5 CH14 ADAT 4 AUX6 CH15 ADAT 5 AUX7 CH16 ADAT 6 AUX8 CH17 ADAT 7 CH18 ADAT 8 CH19 2TRD L CH20 2TRD R CH21 ADAT 1 CH22 ADAT 2 CH23 ADAT 3 CH24 ADAT 4 CH25 ADAT 5 CH26 ADAT 6 CH27 ADAT 7 CH28 ADAT 8 CH29 2TRD L CH30 2TRD ...

Page 102: ...est C YAMAHA 2003 F W Ver MAIN Vx xx 各CPUのROMのVer の表示個別検査の判定結果 OK OK OK OK OK OK OK OK 1 2 4 5 6 11 12 13 選択項目は番号が反転表示します選択方法パネル右下のキーを使用し項目選択を行いますその後 ENTER キーで各個別検査画面に切り替わります EXIT DEC Key ENTER Key メッセージ文字数が多い場合 2行に渡って表示しますスクロールＵＰ検査は上から順次自動で行っていきます検査中の項目は反転表示します NG OUT IN OK PLL DIR2 DBL OK PLL UnLock 指示メッセージ表示部 NGメッセージの表示部 EXIT DEC Key ENTER Key NG BNC_WCLK_48K_COUNT 1023 WORD CLO...

Page 103: ...st 内容各 DSP6 DSP7 の Register を W R して DataBUS AddressBUSの良否を判定します各DSP6 DSP7のDRAM SDRAMにRegister 経由で W R して比較判定します各 DSP 間及び ATSC との SIO 結線を信号の送受信で判定します DSP7 SIO ATSC2 testでADATケーブルを接続していないと NG が表示されます実行画面例 TO HOST USB MIDI IN OUT THRU 2TR IN DIGITAL 2TR OUT DIGITAL adat OUT adat IN WORD CLOCK IN WORD CLOCK OUT 01V96 SLOT1 PLLP2 NG Adrs Data BUS EXIT DEC Key ENTER Key EXIT DEC Key ENTER Key 合格電...

Page 104: ...す実行画面例 1 12 ADAT test 内容 ADAT OUT ADAT INをATSC2を使用して判定します準備本体の ADAT OUT と ADAT IN をケーブルで接続します実行画面例 1 13 WORD CLOCK Test 内容 WORD CLOCK OUT INをPLLP2でカウントして自動判定します Fs 44 1 48 88 2 96kHz PLL の LOCK チェックは FS 変更後クロックが安定するのを待ち約 2 0 0 m s 後 UNLOCK 信号を Read し判定します UnLock の確認は WORD CLOCK IN に接続されているケーブルを抜いて検査します準備本体の WORD CLOCK OUT と IN を BNC ケーブルで接続します実行画面例 1 21 LCD test 内容 LCD の画面全体を黒と白の繰り返し表...

Page 105: ...定結果が表示されます検査項目 5 から実施する場合 q ENTER キーを押します w フェダーが自動的に動いてチェックされます検査項目 5 検査項目 7 e 判定結果が表示されます全画面が黒白表示されることを確認します全画面が黒表示の時にドットの欠けがないことを確認しますコントラストボリュームを回転させ画面のコントラストが変わることを確認します以上が確認できたら DEC キーを押し OK NG を選択します 1 22 PANEL LED test 内容パネル上のLEDが規定の順序で点灯するかを目視で確認します実行画面例点灯順序は 2 補足のLED点灯順序図１２を参照してください 1 23 PANEL ALL LED test 内容 1 パネル上の全 LED の明るさが 4 段階で点灯する事を確認します 2 赤色の LED のみ点灯させ違う色がない...

Page 106: ...2 932 FADER が停止した位置を内部 A D で検出したときの合格範囲 1024 分解能で表示 NG 02 761 NG 02 CH2 の FADER が NG 761 FADER が停止した位置を内部 A D で読んだときの実際の値 1024分解能で表示 1 28 ENCODER test 内容 Encoder の回転応答を検査します Encoder を時計回りに回すと左端にあるマークが右に移動しますマークが右端に来るとマークに変わりますその後 Encoderを反時計回りに回すとマークが左に移動しますマークが左端に来ると OK になります Encoder はゆっくり回してください BACK UP NEXT DOWN EXIT ENTER Page 2 MESSAGE LOG 2 BATT NG BATT 2 56V 6 MIDI OK SCI2 CCW ...

Page 107: ...07 2 補足 LCD 表示図１ PANEL SW 操作順序表示画面操作順序は SW 操作図１２を参照してください LCD 表示 53 桁 x30 行 320x240dot Font5x7 使用押されたSW が消えていきます次に押すSWを点滅表示します DEC SWは 1 24 PANEL SW testに表示されません指定順序に押されなかったSWを表示します指定順序に押されれば通常表示に戻ります ...

Page 108: ...01V96 108 SW 操作図１ GROUP1 SW 操作図２ GROUP2 DEC SW は 1 24 PANEL SW test 時に EXIT として使用する為 DEC SW の検査はしません 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 1 2 3 4 2 3 4 5 6 7 ...

Page 109: ...01V96 109 LED 点灯順序図１ LED 点灯順序図２ 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 1 2 5 3 4 2 3 4 ...

Page 110: ...heck プログラムを行います検査方法アナログ SLOT 2TR Digital 入力に音声信号を入れ INPUT CH1 48 を選択してヘッドフォン出力を検聴します入力した音声信号が正しく出力されない場合選択した信号経路上の LSI に不具合があります内部オシレータ 1kHz 20dB 正弦波が BUS1 8 AUX1 8 に出力されるので BUS1 8 AUX1 8 を選択し OUT PORT に設定されたアナログ SLOT 2TR Digital 出力を検聴します正弦波が正しく出力されない場合選択した信号経路上の LSI に不具合がありますキーカーソルの移動 ENTER キー選択の決定 ON OFFの決定 WHEEL INPUT BUS AUXボタンのカーソル移動経路表示選択で使用します画面の説明 1 2 3 4 5 6 7 8 9 10 ...

Page 111: ...EL の OUTPUT 経路が表示されます同時に複数の CHANNEL が ON になることはありません OUTPUT 経路表示選択経路表示する CHANNEL の選択を行います OUTPUT 経路 OUTPUT 経路表示選択で選択された信号の経路の概略を表示します 3 2 検査内容共通内容 1 INPUT CH OUTPUT CH BUS AUX を設定することで IN PORT OUT PORT が決まります 2 INPUT CH の設定が S1 S4 の時デフォルトは STxL の INPUT 経路を表示します STxR の INPUT 経路を表示したい場合は INPUT 経路表示選択を手動で変えて表示することが出来ます MODE ANALOG 時のパッチ設定 INPUT CH IN PORT OUTPUT CH BUS AUX OUT PORT CH1 INPUT1 BUS...

Page 112: ...US AUX OUT PORT CH1 SLOT 1 BUS1 SLOT 1 CH2 SLOT 2 BUS2 SLOT 2 CH3 SLOT 3 BUS3 SLOT 3 CH4 SLOT 4 BUS4 SLOT 4 CH5 SLOT 5 BUS5 SLOT 5 CH6 SLOT 6 BUS6 SLOT 6 CH7 SLOT 7 BUS7 SLOT 7 CH8 SLOT 8 BUS8 SLOT 8 CH9 SLOT 9 AUX1 SLOT 9 CH10 SLOT 10 AUX2 SLOT 10 CH11 SLOT 11 AUX3 SLOT 11 CH12 SLOT 12 AUX4 SLOT 12 CH13 SLOT 13 AUX5 SLOT 13 CH14 SLOT 14 AUX6 SLOT 14 CH15 SLOT 15 AUX7 SLOT 15 CH16 SLOT 16 AUX8 SLO...

Page 113: ...5 ADAT 5 CH6 ADAT 6 BUS6 ADAT 6 CH7 ADAT 7 BUS7 ADAT 7 CH8 ADAT 8 BUS8 ADAT 8 CH9 2TRD L AUX1 2TRD L CH10 2TRD R AUX2 2TRD R CH11 ADAT 1 AUX3 CH12 ADAT 2 AUX4 CH13 ADAT 3 AUX5 CH14 ADAT 4 AUX6 CH15 ADAT 5 AUX7 CH16 ADAT 6 AUX8 CH17 ADAT 7 CH18 ADAT 8 CH19 2TRD L CH20 2TRD R CH21 ADAT 1 CH22 ADAT 2 CH23 ADAT 3 CH24 ADAT 4 CH25 ADAT 5 CH26 ADAT 6 CH27 ADAT 7 CH28 ADAT 8 CH29 2TRD L CH30 2TRD R CH31 ...

Page 114: ...NCEL button then press ENTER When the internal data is thoroughly overwritten the 01V96 restarts using the factory settings 4 To reset the Operation Lock password to its initial setting in Step 2 move the cursor to the PASSWORD button then press ENTER The password is reset to 1234 If you do not take any action after the confirmation window appears the window automatically closes and the 01V96 rest...

Page 115: ...ive MIDI messages to and from the external device 3 Press the DISPLAY ACCESS MIDI button then press the F4 button The MIDI Bulk page appears The page includes the following parameters q CATEGORY section This section enables you to select data for transmission and reception w REQUEST Move the cursor to this button then press ENTER to transmit messages from the 01V96 that request a second 01V96 conn...

Page 116: ...the desired bulk dump data Note Data selected by the SETUPMEM button includes MIDI transmission and reception port settings and message settings After you store to an external device bulk dump data that has its reception disabled if the 01V96 later starts to receive this particular data 01V96 bulk dump reception will be turned off immediately and the 01V96 will be unable to receive sub sequent dat...

Page 117: ...ポートを選択します 2 手順 1 で選んだ端子を使って 01V96 と外部機器との間で MIDI メッセージが送受信できるように接続を行ないます 3 DISPLAY ACCESS セクションの MIDI キー F4 キーの順にキーを押します MIDI 画面の BULK ページが表示されます画面内の内容は次のとおりです q CATEGORY フィールド送受信するデータを選択します w REQUEST ボタンこのボタンにカーソルを合わせて ENTER キーを押すと外部に接続されたもう 1 台の 01V96 に対して CATEGORY フィールドで選択したデータを送信するように要求するメッセージが送られます主に2 台の01V96 をカスケード接続したときに利用するボタンです e TRANSMIT ボタンこのボタンにカーソルを合わせて ENTER キーを押すと CATEGORY フィ...

Page 118: ...タン右側のパラメーターボックスにカーソルを合わせパラメーターホイールまたは INC DEC キーを使ってバルクダンプしたいデータを選択します 6 バルクデータの送信を行なうには TRANSMIT ボタンにカーソルを合わせて ENTER キーを押しますバルクダンプが実行されます実行中は現在の状況を示すBULK DUMP ポップアップウィンドウが表示されますなおポップアップウィンドウ内の CANCEL ボタンにカーソルを合わせて ENTER キーを押すとバルクダンプの送信を中止できます 7 バルクデータを受信するには DISPLAY ACCESS セクションの MIDI キーをもう一度押してMIDI 画面のSETUP ページを表示させ BULK フィールドの Rx ON OFF ボタンをオンに設定してくださいこの状態で 01V96 がバルクデータを受信すると該当するメモリー...

Page 119: ...ff 2 While holding down the ENTER button turn on the POWER ON OFF switch After a moment the 01V96 displays a message indicating that the calibration is in progress Calibration takes about two minutes It is important that you do not touch the faders while this message is displayed When calibration is finished the 01V96 displays a page that enables you to fine tune the fader position 3 Follow the in...

Page 120: ...les will match Parameter Change messages will always be used Command rx tx function 8n NOTE OFF rx Control the internal effects 9n NOTE ON rx Control the internal effects Bn CONTROL CHANGE rx tx Control parameters Cn PROGRAM CHANGE rx tx Switch scene memories Command rx tx function F1 MIDI TIME CODE QUARTER FRAME rx MTC Command rx tx function F8 TIMING CLOCK rx MIDI clock FE ACTIVE SENSING rx Chec...

Page 121: ...taking the binary compliment of this sum and then setting bit 7 to 0 CHECK SUM sum 0x7F Reception This message is received if Bulk RX is ON and the Rx CH matches the device number included in the SUB STATUS When a bulk dump is received it is immediately written into the specified memory When a bulk dump request is received a bulk dump is immediately transmit ted Transmission This message is transm...

Page 122: ...UNT HIGH 0ccccccc ch data count ch 128 cl COUNT LOW 0ccccccc cl 01001100 4C L 01001101 4D M 00100000 20 00100000 20 00111000 38 8 01000011 43 C 00111001 39 9 00110011 33 3 DATA NAME 01010011 53 S 00000010 02 00000000 00 No 256 Current BLOCK INFO 0ttttttt tt total block number minimum number is 0 0bbbbbbb bb current block number 0 total block number DATA 0ddddddd ds Setup data of block bb 0ddddddd ...

Page 123: ...sage ID No 01000011 43 Manufacture s ID number YAMAHA SUB STATUS 0000nnnn 0n n 0 15 Device number MIDI Channel FORMAT No 01111110 7E Universal bulk dump COUNT HIGH 0ccccccc ch data count ch 128 cl COUNT LOW 0ccccccc cl 01001100 4C L 01001101 4D M 00100000 20 00100000 20 00111000 38 8 01000011 43 C 00111001 39 9 00110011 33 3 DATA NAME 01010101 55 U 00000000 00 0bbbbbbb bb b 0 3 bank no 1 4 BLOCK I...

Page 124: ... dump 01001100 4C L 01001101 4D M 00100000 20 00100000 20 00111000 38 8 01000011 43 C 00111001 39 9 00110011 33 3 DATA NAME 01010000 50 P 00000010 02 00000000 00 No 256 Current EOX 11110111 F7 End of exclusive STATUS 11110000 F0 System exclusive message ID No 01000011 43 Manufacture s ID number YAMAHA SUB STATUS 0000nnnn 0n n 0 15 Device number MIDI Channel FORMAT No 01111110 7E Universal bulk dum...

Page 125: ...00 20 00111000 38 8 01000011 43 C 00111001 39 9 00110011 33 3 DATA NAME 01000111 47 G 0mmmmmmm mh 0 127 GATE Library no 1 128 0mmmmmmm ml 256 351 Channel current data BLOCK INFO 0ttttttt tt total block number minimum number is 0 0bbbbbbb bb current block number 0 total block number DATA 0ddddddd ds GATE Library data of block bb 0ddddddd de CHECK SUM 0eeeeeee ee ee Invert L de 1 0x7F EOX 11110111 F...

Page 126: ...UNT HIGH 0ccccccc ch data count ch 128 cl COUNT LOW 0ccccccc cl 01001100 4C L 01001101 4D M 00100000 20 00100000 20 00111000 38 8 01000011 43 C 00111001 39 9 00110011 33 3 DATA NAME 01010010 52 R 0mmmmmmm mh 0 32 Input patch Library no 0 32 0mmmmmmm ml 256 Current data BLOCK INFO 0ttttttt tt total block number minimum number is 0 0bbbbbbb bb current block number 0 total block number DATA 0ddddddd ...

Page 127: ...number minimum number is 0 0ttttttt tl 0000iiii 0i Developer id High 0000iiii 0i Developer id Low 0000jjjj 0j Product id High 0000jjjj 0j Product id Low DATA 0ddddddd ds Plug in Effect card memory data of block bb 0ddddddd de CHECK SUM 0eeeeeee ee ee Invert L de 1 0x7F EOX 11110111 F7 End of exclusive STATUS 11110000 F0 System exclusive message ID No 01000011 43 Manufacture s ID number YAMAHA SUB ...

Page 128: ...ID 00111110 3E MODEL ID digital mixer MODEL ID 00001101 0D 01V96 ADDRESS 00000010 02 Patch data 0eeeeeee ee Element no If ee is 0 ee is expanded to two bytes 0ppppppp pp Parameter no 0ccccccc cc Channel no EOX 11110111 F7 End of exclusive STATUS 11110000 F0 System exclusive message ID No 01000011 43 Manufacture s ID number YAMAHA SUB STATUS 0001nnnn 1n n 0 15 Device number MIDI Channel GROUP ID 00...

Page 129: ...eter no 0ccccccc cc Channel no EOX 11110111 F7 End of exclusive STATUS 11110000 F0 System exclusive message ID No 01000011 43 Manufacture s ID number YAMAHA SUB STATUS 0001nnnn 1n n 0 15 Device number MIDI Channel GROUP ID 00111110 3E MODEL ID digital mixer MODEL ID 01111111 7F Universal ADDRESS 00010000 10 Function call 00ffffff ff function 0mmmmmmm mh number High 0mmmmmmm ml number Low DATA 0ccc...

Page 130: ...umber YAMAHA SUB STATUS 0001nnnn 1n n 0 15 Device number MIDI Channel GROUP ID 00111110 3E MODEL ID digital mixer MODEL ID 01111111 7F Universal ADDRESS 01010000 50 Function call 0100ffff 4f title 0mmmmmmm mh number High 0mmmmmmm ml number Low DATA 0eeeeeee ee result HH 0eeeeeee ee result HL 0eeeeeee ee result LH 0eeeeeee ee result LL EOX 11110111 F7 End of exclusive STATUS 11110000 F0 System excl...

Page 131: ...number YAMAHA SUB STATUS 0011nnnn 3n n 0 15 Device number MIDI Channel GROUP ID 00111110 3E MODEL ID digital mixer MODEL ID 01111111 7F Universal ADDRESS 00010100 14 Function call 0000ffff 0f attribute 0mmmmmmm mh number High 0mmmmmmm ml number Low EOX 11110111 F7 End of exclusive STATUS 11110000 F0 System exclusive message ID No 01000011 43 Manufacture s ID number YAMAHA SUB STATUS 0001nnnn 1n n ...

Page 132: ...age is retransmitted without change Meter data uses the unmodified DECAY value of the DSP The inter pretation of the data will depend on the parameter STATUS 11110000 F0 System exclusive message ID No 01000011 43 Manufacture s ID number YAMAHA SUB STATUS 0001nnnn 1n n 0 15 Device number MIDI Channel GROUP ID 00111110 3E MODEL ID digital mixer MODEL ID 01111111 7F Universal ADDRESS 00010010 12 Func...

Page 133: ...and the Rx CH matches the device number included in the SUB STATUS This is echoed if Parameter change ECHO is ON When this is received the Time Counter information is transmitted on the Rx CH channel every 50 msec for 10 seconds When the second byte of Address is received on 0x7F data transmission will be halted immediately disable Transmission If Parameter Change ECHO is ON this message is retran...

Page 134: ...ol After Key s Ch s X X X X Pitch Bend X X Control Change 0 95 102 119 O O Assignable Prog Change True 0 127 0 127 0 99 Assignable System Exclusive O O 1 System Common Song Pos Song Sel Tune X X X X X X System Real Time Clock Commands X X O X Effect Control Aux Messages Local ON OFF All Notes OFF Active Sense Reset X X X X X X O O Notes MTC quarter frame message is recognized 1 Bulk Dump Request P...

Page 135: ...ero The second letter of the shaded part number is I not one M South African model O Chinese model Q South east Asia model T Taiwan model U U S A model V General export model 110V W General export model 220V N X General export model Y Export model A Australian model B British model C Canadian model D German model E European model F French model H North European model I Indonesian model J Japanese ...

Page 136: ...DEL 01V96 MADEINJAPAN 120V 90W 60Hz UPC LABEL AC IN POWER ON OFF THIS C COMP CETA CLAS NORM 120 AC IN POWER ON OFF DIGITAL MIXINGCONSOLE MODEL 01V96 220 230V 90W MADEINJAPAN SER NO 50 60Hz 120 K model only Control panel assembly U V models only コンパネAss y See page 7 Bottom assembly ボトムAss y See page 4 総組立 ...

Page 137: ... IF Plate 05 110 Bind Head Screw A4 0X12 MFZN2BL 2 01 120 Label U V 03 120 Label K WA33190 ACCESSORIES Adaptor AC Cord KPR 24 J 06 CD ROM CD R 650MB 12cm AC Cord J 7A 125V 3P 2 5m J 06 AC Cord CSA U V 07 AC Cord VDE H W K 08 AC Cord BS B 10 TOOL Stay VN103500 CB069250 EG340190 VZ678500 VP156900 VA039300 VQ240200 X3650A00 VT119800 V6190600 V6190700 V6190800 WA963600 部品名総組立総組立Ｊ総組立Ｕ総組 ...

Page 138: ...view B view A view 10 40 60 70 190 180 240 250 285 300 290 222 215 230 225 200 210 205 206 150 150a 160 145 170 140 100 110 146 147 80 80 50 120 221 291 220 130 20 50 30 170 175 165 175 10b 10a 10b 10c 10a 10a 10a 10b 10b 165 170 20 ボトム Ass y ...

Page 139: ...01V96 5 410 400 Top view ...

Page 140: ...2125 220 Bind Head Tapping Screw B SP 3 0X10 MFZN2BL 4 01 221 Bind Head Screw SP 3 0X12 MFZN2Y 3 01 222 Bind Head Tapping Screw B 3 0X6 MFZN2BL 5 01 225 Cord Binder S 14B 03 230 Bind Head Tapping Screw B 3 0X6 MFZN2BL 4 01 240 Heat Sink DCD WA04520 250 Circuit Board DCD 285 Silicon Grease G 746 0412125 290 Bind Head Tapping Screw B 3 0X6 MFZN2BL 4 01 291 Bind Head Tapping Screw B SP 3 0X10 MFZN2BL...

Page 141: ...90 x3 190 190 190 440 470 x14 26 25 x17 150 30 40 230 200 210 50 70 35 90 460 450 450 60 x4 194 100 190 400 x16 430 x16 420 410 160 110 195 196 193 190 220 B view A view x5 150 PN1 1 2 See page 50 for the buttons of the PN1 and PN2 circuit boards PN1 PN2シートのボタンは 50ページを参照してください PN1 2 2 80 190 コンパネ Ass y ...

Page 142: ...01V96 8 540 295 296 500 580 600 570 580 555 510 520 560 530 600 650 700 Pic 1 Pic 1 Pic 2 590 570 ...

Page 143: ...ay PAN ST IN 1 3 ST IN 2 4 3 460 Encoder Knob Green Green Q FREQUENCY GAIN 3 470 Push Button 3 3 PAD 20dB 1 12 14 03 CH15 16 2TR IN MONITOR 2TR IN 500 Jumper Wire FVP 2 0C26SB12 280 510 Jumper Wire FVP 2 0C26SB16 400 03 520 Cable FFC P 1 25 K 34 250 530 Cable FFC P 1 25 K 24 300 540 Cable FFC P 1 25 K 38 500 555 Cable 26P 380mm P 1 0 560 Cable 30P 400mm P 1 0 570 Sponge Spacer 1 4 580 Sponge Space...

Page 144: ...ap 0 1000 25V Z 01 C351 Electrolytic Cap TM 3 30 25 0V C370 Electrolytic Cap 470 00 25 0V 01 C390 Electrolytic Cap 220 00 35 0V 01 CN101 Base Post Connector VA 2P TE 01 CN102 Base Post Connector VH 4P TE 01 CN301 Base Post Connector VH 8P TE 01 CN303 Wire Trap 52147 14P TE 01 CN304 Wire Trap 52147 13P TE 01 CN305 Wire Trap 52147 12P TE 01 D301 Diode D4G 01 311 Diode D4G 01 D350 Diode D4G 01 D390 D...

Page 145: ... TR305 Transistor 2SD2015 03 TR370 Transistor 2SD667 C D 01 TR371 Transistor 2SC5395 E F 01 TR372 Transistor 2SA1993 E F 01 TR373 Transistor 2SB647 C D 01 W308 Connector Assembly DCA WA83140 W309 Connector Assembly DCA2 WA97960 ZD301 Zener Diode MTZJ7 5A 7 5V 01 ZD302 Zener Diode MTZJ33B 33 0V 01 ZD303 Zener Diode MTZJ27B 27 0V 01 ZD350 Zener Diode MTZJ4 3A 4 3V 01 ZD370 Zener Diode MTZJ22B 22 0V ...

Page 146: ...r 0 33 50V J 01 C103 Mylar Capacitor 0 0470 50V J C104 Ceramic Capacitor B chip 0 0100 50V K 01 C105 Ceramic Capacitor B chip 0 0100 50V K 01 C151 Ceramic Capacitor B chip 0 0100 50V K 01 C152 Monolithic Mylar Capacitor 0 33 50V J 01 C153 Mylar Capacitor 0 0470 50V J C154 Ceramic Capacitor B chip 0 0100 50V K 01 C155 Ceramic Capacitor B chip 0 0100 50V K 01 C201 Ceramic Capacitor B chip 0 0100 50V...

Page 147: ...3 Mylar Capacitor 0 0470 50V J C754 Ceramic Capacitor B chip 0 0100 50V K 01 C755 Ceramic Capacitor B chip 0 0100 50V K 01 C801 Ceramic Capacitor B chip 0 0100 50V K 01 C802 Monolithic Mylar Capacitor 0 33 50V J 01 C803 Mylar Capacitor 0 0470 50V J C804 Ceramic Capacitor B chip 0 0100 50V K 01 C805 Ceramic Capacitor B chip 0 0100 50V K 01 C851 Ceramic Capacitor B chip 0 0100 50V K 01 C852 Monolith...

Page 148: ... Y GR FT301 FET chip 2SK208 Y GR FT351 FET chip 2SK208 Y GR FT401 FET chip 2SK208 Y GR FT451 FET chip 2SK208 Y GR FT501 FET chip 2SK208 Y GR FT551 FET chip 2SK208 Y GR FT601 FET chip 2SK208 Y GR FT651 FET chip 2SK208 Y GR FT701 FET chip 2SK208 Y GR FT751 FET chip 2SK208 Y GR FT801 FET chip 2SK208 Y GR FT851 FET chip 2SK208 Y GR FT901 FET chip 2SK208 Y GR IC001 IC NJM2902M T1 OP AMP 02 IC002 IC NJM...

Page 149: ...n Resistor chip 100 0K 63M J 01 R110 Carbon Resistor chip 160 0K 63M J R111 Carbon Resistor chip 47 0K 63M J 01 R112 Carbon Resistor chip 47 0K 63M J 01 R113 Metal Oxide Film Resistor 33 0 2W J 01 R114 Carbon Resistor chip 1 0K 63M J 01 R115 Carbon Resistor chip 100 0 1 4 J 01 R151 Carbon Resistor chip 330 0 63M J 01 R152 Carbon Resistor chip 47 0K 63M J 01 R153 Carbon Resistor chip 39 0K 63M J 01...

Page 150: ...on Resistor chip 39 0K 63M J 01 R354 Carbon Resistor chip 4 7K 63M J 01 R355 Carbon Resistor chip 4 7K 63M J 01 R356 Carbon Resistor chip 1 0K 63M J 01 R357 Carbon Resistor chip 75 0K 63M J 01 R358 Carbon Resistor chip 22 0K 1 4 J R359 Carbon Resistor chip 100 0K 63M J 01 R360 Carbon Resistor chip 160 0K 63M J R361 Carbon Resistor chip 47 0K 63M J 01 R362 Carbon Resistor chip 47 0K 63M J 01 R363 M...

Page 151: ... Film Resistor 33 0 2W J 01 R564 Carbon Resistor chip 1 0K 63M J 01 R565 Carbon Resistor chip 100 0 1 4 J 01 R601 Carbon Resistor chip 330 0 63M J 01 R602 Carbon Resistor chip 47 0K 63M J 01 R603 Carbon Resistor chip 39 0K 63M J 01 R604 Carbon Resistor chip 4 7K 63M J 01 R605 Carbon Resistor chip 4 7K 63M J 01 R606 Carbon Resistor chip 1 0K 63M J 01 R607 Carbon Resistor chip 75 0K 63M J 01 R608 Ca...

Page 152: ...sistor chip 22 0K 1 4 J R809 Carbon Resistor chip 100 0K 63M J 01 R810 Carbon Resistor chip 160 0K 63M J R811 Carbon Resistor chip 47 0K 63M J 01 R812 Carbon Resistor chip 47 0K 63M J 01 R813 Metal Oxide Film Resistor 33 0 2W J 01 R814 Carbon Resistor chip 1 0K 63M J 01 R815 Carbon Resistor chip 100 0 1 4 J 01 R851 Carbon Resistor chip 330 0 63M J 01 R852 Carbon Resistor chip 47 0K 63M J 01 R853 C...

Page 153: ... 01 TR401 Digital Transistor DTC143XKA TP 01 TR402 Digital Transistor DTA143ZUA 01 TR403 Transistor 2SD1733F5 P Q R 01 TR404 Transistor 2SB1181F5 P Q R 01 TR405 Transistor 2SD1733F5 P Q R 01 TR406 Transistor 2SB1181F5 P Q R 01 TR451 Digital Transistor DTC143XKA TP 01 TR452 Digital Transistor DTA143ZUA 01 TR453 Transistor 2SD1733F5 P Q R 01 TR454 Transistor 2SB1181F5 P Q R 01 TR455 Transistor 2SD17...

Page 154: ...de Pot Motor Drive B10K 7 fader 10 VR451 Slide Pot Motor Drive B10K 8 fader 10 VR501 Slide Pot Motor Drive B10K 9 fader 10 VR551 Slide Pot Motor Drive B10K 10 fader 10 VR601 Slide Pot Motor Drive B10K 11 fader 10 VR651 Slide Pot Motor Drive B10K 12 fader 10 VR701 Slide Pot Motor Drive B10K 13 fader 10 VR751 Slide Pot Motor Drive B10K 14 fader 10 VR801 Slide Pot Motor Drive B10K 15 fader 10 VR851 S...

Page 155: ...Capacitor F chip 0 1000 25V Z 01 C027 Ceramic Capacitor SL chip 100P 50V J 01 C028 Ceramic Capacitor F chip 0 1000 25V Z 01 C029 Ceramic Capacitor CH chip 33P 50V J 01 C030 Ceramic Capacitor SL chip 100P 50V J 01 C031 Ceramic Capacitor F chip 0 1000 25V Z 01 C032 Ceramic Capacitor F chip 0 1000 25V Z 01 C101 Electrolytic Cap 47 00 63 0V 01 C102 Electrolytic Cap KL 10 00 50 0V 01 C103 Electrolytic ...

Page 156: ...1 C211 Ceramic Capacitor CH chip 22P 50V J 01 C212 Ceramic Capacitor CH chip 10P 50V D 01 C213 Ceramic Capacitor CH chip 47P 50V J 01 C214 Electrolytic Cap ASF 47 00 25 0V C215 Electrolytic Cap ASF 47 00 25 0V C216 Ceramic Capacitor F chip 0 1000 25V Z 01 C217 Ceramic Capacitor F chip 0 1000 25V Z 01 C231 Electrolytic Cap ASF 47 00 25 0V C232 Ceramic Capacitor SL chip 220P 50V J 01 C233 Ceramic Ca...

Page 157: ...0V J 01 C367 Mylar Capacitor 1600P 50V J C368 Mylar Capacitor 1600P 50V J C371 Ceramic Capacitor B chip 0 0100 50V K 01 378 Ceramic Capacitor B chip 0 0100 50V K 01 C379 Ceramic Capacitor CH chip 33P 50V J 01 382 Ceramic Capacitor CH chip 33P 50V J 01 C383 Electrolytic Cap FW 100 00 50 0V 01 386 Electrolytic Cap FW 100 00 50 0V 01 C401 Electrolytic Cap 47 00 63 0V 01 C402 Electrolytic Cap KL 10 00...

Page 158: ...0P 50V J 01 C533 Ceramic Capacitor SL chip 220P 50V J 01 C534 Mylar Capacitor 1000P 50V J 01 C535 Electrolytic Cap 100 00 6 3V 01 C537 Electrolytic Cap 1 00 50 0V 01 C539 Ceramic Capacitor F chip 0 1000 25V Z 01 543 Ceramic Capacitor F chip 0 1000 25V Z 01 C544 Electrolytic Cap 1 00 50 0V 01 C545 Electrolytic Cap 10 00 50 0V 01 C546 Ceramic Capacitor F chip 0 1000 25V Z 01 C547 Ceramic Capacitor B...

Page 159: ...tor SL chip 220P 50V J 01 C706 Ceramic Capacitor B chip 1000P 50V K 01 C707 Ceramic Capacitor B chip 1000P 50V K 01 C708 Electrolytic Cap FW 1000 6 3V 01 C709 Ceramic Capacitor CH chip 10P 50V D 01 C710 Ceramic Capacitor SL chip 220P 50V J 01 C711 Ceramic Capacitor CH chip 22P 50V J 01 C712 Ceramic Capacitor CH chip 10P 50V D 01 C713 Ceramic Capacitor CH chip 47P 50V J 01 C714 Electrolytic Cap ASF...

Page 160: ...01 C934 Mylar Capacitor 1000P 50V J 01 C935 Electrolytic Cap 100 00 6 3V 01 C937 Electrolytic Cap 1 00 50 0V 01 C939 Ceramic Capacitor F chip 0 1000 25V Z 01 943 Ceramic Capacitor F chip 0 1000 25V Z 01 C944 Electrolytic Cap 1 00 50 0V 01 C945 Electrolytic Cap 10 00 50 0V 01 C946 Ceramic Capacitor F chip 0 1000 25V Z 01 C947 Ceramic Capacitor B chip 0 0100 50V K 01 C948 Ceramic Capacitor B chip 0 ...

Page 161: ...00 50 0V 01 CB46 Ceramic Capacitor F chip 0 1000 25V Z 01 CB47 Ceramic Capacitor B chip 0 0100 50V K 01 CB48 Ceramic Capacitor B chip 0 0100 50V K 01 CB49 Electrolytic Cap 1 00 50 0V 01 CC01 Electrolytic Cap 47 00 63 0V 01 CC02 Electrolytic Cap KL 10 00 50 0V 01 CC03 Electrolytic Cap KL 10 00 50 0V 01 CC04 Ceramic Capacitor SL chip 220P 50V J 01 CC05 Ceramic Capacitor SL chip 220P 50V J 01 CC06 Ce...

Page 162: ...F06 Electrolytic Cap ASF 47 00 25 0V CF07 Electrolytic Cap ASF 47 00 25 0V CF08 Ceramic Capacitor CH chip 10P 50V D 01 CF09 Ceramic Capacitor CH chip 10P 50V D 01 CF10 Ceramic Capacitor F chip 0 1000 25V Z 01 CF11 Ceramic Capacitor F chip 0 1000 25V Z 01 CF31 Electrolytic Cap ASF 47 00 25 0V CF32 Ceramic Capacitor SL chip 220P 50V J 01 CF33 Ceramic Capacitor SL chip 220P 50V J 01 CF34 Mylar Capaci...

Page 163: ...ilter DSS6NB32A271Q93A 01 504 LC Filter DSS6NB32A271Q93A 01 EM551 LC Filter DSS6NF31C223Q93A 01 EM552 LC Filter DSS6NF31C223Q93A 01 EM553 LC Filter DSS6NB32A271Q93A 01 556 LC Filter DSS6NB32A271Q93A 01 EM601 LC Filter DSS6NB32A271Q93A 01 604 LC Filter DSS6NB32A271Q93A 01 EM651 LC Filter DSS6NE32A222Q93A EM652 LC Filter DSS6NE32A222Q93A EM701 LC Filter DSS6NB32A271Q93A 01 704 LC Filter DSS6NB32A271...

Page 164: ...2 IC UPC4570G2 OP AMP 03 IC303 IC CS5361 KS ADC IC351 IC AK4393 VF E2 DAC 07 IC352 IC NJM78L05UA REGULATOR 5V 02 IC353 IC UPC4570G2 OP AMP 03 IC354 IC UPC4570G2 OP AMP 03 IC355 IC NJM4580E T1 OP AMP 01 IC356 IC NJM4580E T1 OP AMP 01 IC401 IC UPC4570G2 OP AMP 03 IC402 IC UPC4570G2 OP AMP 03 IC451 IC AK4393 VF E2 DAC 07 IC452 IC NJM78L05UA REGULATOR 5V 02 IC453 IC UPC4570G2 OP AMP 03 IC454 IC UPC457...

Page 165: ...PUT B 4 02 JK403 Phone Jack ST JY6351J INSERT I O 4 02 JK451 Phone Jack JACK HLJ7001 01 MONITOR OUT L BAL 01 JK452 Phone Jack JACK HLJ7001 01 MONITOR OUT R BAL 01 JK501 Cannon Connector XLR NC3FAV1 0 INPUT A 5 04 JK502 Phone Jack ST JY6351J INPUT B 5 02 JK503 Phone Jack ST JY6351J INSERT I O 5 02 JK551 Pin Connector 4P PIN JK040057DN 2TR IN OUT ANALOG L R 02 JK601 Cannon Connector XLR NC3FAV1 0 IN...

Page 166: ...hip 220 0 0 1 J 01 R032 Carbon Resistor chip 43 0 0 1 J 01 R033 Carbon Resistor chip 3 3K 0 1 J 01 R034 Carbon Resistor chip 1 0K 0 1 J 01 R035 Carbon Resistor chip 47 0 0 1 J 01 R036 Carbon Resistor chip 75 0 0 1 J 01 R037 Carbon Resistor chip 4 7 0 1 J 01 R038 Carbon Resistor chip 2 2K 0 1 J 01 R040 Carbon Resistor chip 3 3K 0 1 J 01 R041 Carbon Resistor chip 2 2K 0 1 J 01 R101 Metal Film Resist...

Page 167: ...sistor chip 18 0K 1 10 D 01 R185 Carbon Resistor 75 0 1 4 J 01 188 Carbon Resistor 75 0 1 4 J 01 R189 Carbon Resistor chip 100 0K 0 1 J 01 192 Carbon Resistor chip 100 0K 0 1 J 01 R193 Carbon Resistor chip 10 0K 0 1 J 01 196 Carbon Resistor chip 10 0K 0 1 J 01 R197 Carbon Resistor chip 39 0 0 1 J 01 R198 Carbon Resistor chip 39 0 0 1 J 01 R201 Metal Film Resistor 6 8K 1 4 F 01 R202 Metal Film Resi...

Page 168: ... 6 8K 1 4 F 01 R303 Flame Proof C Resistor 390 0 1 4 J 01 R305 Metal Film Resistor chip 2 0K 1 10 D R306 Metal Film Resistor chip 2 0K 1 10 D R307 Metal Film Resistor chip 510 0 1 10 D 01 R308 Metal Film Resistor chip 4 7K 1 10 D 01 R309 Carbon Resistor chip 10 0 0 1 J 01 R310 Carbon Resistor chip 10 0 0 1 J 01 R311 Metal Film Resistor chip 47 0K 1 10 D 01 R312 Metal Film Resistor chip 47 0K 1 10 ...

Page 169: ...istor chip 4 7K 1 10 D 01 R409 Carbon Resistor chip 10 0 0 1 J 01 R410 Carbon Resistor chip 10 0 0 1 J 01 R411 Metal Film Resistor chip 47 0K 1 10 D 01 R412 Metal Film Resistor chip 47 0K 1 10 D 01 R413 Carbon Resistor chip 10 0 0 1 J 01 R414 Carbon Resistor chip 10 0 0 1 J 01 R415 Metal Film Resistor chip 2 2K 1 10 D 01 R416 Metal Film Resistor chip 2 2K 1 10 D 01 R417 Metal Film Resistor chip 18...

Page 170: ...sistor chip 2 2K 1 10 D 01 R517 Metal Film Resistor chip 18 0 1 10 D 01 R518 Metal Film Resistor chip 18 0K 1 10 D 01 R519 Metal Film Resistor chip 18 0K 1 10 D 01 R520 Metal Film Resistor chip 9 1K 1 10 D 01 R521 Metal Film Resistor chip 9 1K 1 10 D 01 R522 Metal Film Resistor chip 4 7K 1 10 D 01 R523 Metal Film Resistor chip 4 7K 1 10 D 01 R524 Carbon Resistor chip 39 0 0 1 J 01 R525 Carbon Resi...

Page 171: ...etal Film Resistor chip 510 0 1 10 D 01 R608 Metal Film Resistor chip 4 7K 1 10 D 01 R609 Carbon Resistor chip 10 0 0 1 J 01 R610 Carbon Resistor chip 10 0 0 1 J 01 R611 Metal Film Resistor chip 47 0K 1 10 D 01 R612 Metal Film Resistor chip 47 0K 1 10 D 01 R613 Carbon Resistor chip 10 0 0 1 J 01 R614 Carbon Resistor chip 10 0 0 1 J 01 R615 Metal Film Resistor chip 2 2K 1 10 D 01 R616 Metal Film Re...

Page 172: ...al Film Resistor chip 1 0K 1 10 D 01 R735 Metal Film Resistor chip 2 0K 1 10 D R736 Metal Film Resistor chip 2 0K 1 10 D R738 Carbon Resistor chip 150 0 0 1 J 01 R739 Carbon Resistor chip 150 0 0 1 J 01 R741 Carbon Resistor chip 100 0 0 1 J 01 746 Carbon Resistor chip 100 0 0 1 J 01 R747 Metal Film Resistor chip 10 0K 1 10 D 01 R748 Metal Film Resistor chip 10 0K 1 10 D 01 R801 Metal Film Resistor...

Page 173: ...chip 100 0K 0 1 J 01 R932 Metal Film Resistor chip 6 2K 1 10 D 01 R933 Metal Film Resistor chip 1 0K 1 10 D 01 R935 Metal Film Resistor chip 2 0K 1 10 D R936 Metal Film Resistor chip 2 0K 1 10 D R938 Carbon Resistor chip 150 0 0 1 J 01 R939 Carbon Resistor chip 150 0 0 1 J 01 R941 Carbon Resistor chip 100 0 0 1 J 01 946 Carbon Resistor chip 100 0 0 1 J 01 R947 Metal Film Resistor chip 10 0K 1 10 D...

Page 174: ...4 F 01 RB03 Flame Proof C Resistor 390 0 1 4 J 01 RB05 Metal Film Resistor chip 2 0K 1 10 D RB06 Metal Film Resistor chip 2 0K 1 10 D RB07 Metal Film Resistor chip 510 0 1 10 D 01 RB08 Metal Film Resistor chip 4 7K 1 10 D 01 RB09 Carbon Resistor chip 10 0 0 1 J 01 RB10 Carbon Resistor chip 10 0 0 1 J 01 RB11 Metal Film Resistor chip 47 0K 1 10 D 01 RB12 Metal Film Resistor chip 47 0K 1 10 D 01 RB1...

Page 175: ...Resistor chip 1 0M 0 1 J 01 RD02 Carbon Resistor chip 1 0M 0 1 J 01 RD03 Metal Film Resistor chip 10 0K 1 10 D 01 RD04 Metal Film Resistor chip 10 0K 1 10 D 01 RD05 Metal Film Resistor chip 6 2K 1 10 D 01 RD06 Metal Film Resistor chip 6 2K 1 10 D 01 RD07 Metal Film Resistor chip 3 3K 1 10 D 01 RD08 Metal Film Resistor chip 82 0K 1 10 D 01 RD09 Carbon Resistor chip 39 0 0 1 J 01 RD31 Carbon Resisto...

Page 176: ...lm Resistor chip 6 2K 1 10 D 01 RG33 Metal Film Resistor chip 1 0K 1 10 D 01 RG35 Metal Film Resistor chip 2 0K 1 10 D RG36 Metal Film Resistor chip 2 0K 1 10 D RG38 Carbon Resistor chip 150 0 0 1 J 01 RG39 Carbon Resistor chip 150 0 0 1 J 01 SW101 Slide Switch SSSF112 S06N1 CH1 4 ON OFF 02 SW102 Push Switch SPPH430100 PAD 20dB 1 01 SW202 Push Switch SPPH430100 PAD 20dB 2 01 SW302 Push Switch SPPH...

Page 177: ...esistor 5K RK11K113 GAIN 8 03 VR901 Rotary Variable Resistor 5K RK11K113 GAIN 9 03 VRA01 Rotary Variable Resistor 5K RK11K113 GAIN 10 03 VRB01 Rotary Variable Resistor 5K RK11K113 GAIN 11 03 VRC01 Rotary Variable Resistor 5K RK11K113 GAIN 12 03 VRD01 Rotary Variable Resistor C 100K RK11K113 GAIN 13 03 VRE01 Rotary Variable Resistor C 100K RK11K113 GAIN 14 03 VRF01 Rotary Variable Resistor C 100K R...

Page 178: ...ramic Capacitor F chip 0 1000 25V Z 01 143 Ceramic Capacitor F chip 0 1000 25V Z 01 C144 Electrolytic Cap chip 47 6 3V 01 C146 Ceramic Capacitor F chip 0 3300 16V Z 01 C147 Ceramic Capacitor F chip 0 3300 16V Z 01 C148 Ceramic Capacitor F chip 0 1000 25V Z 01 159 Ceramic Capacitor F chip 0 1000 25V Z 01 C160 Monolithic Ceramic Cap CH 560P 50V J 01 C161 Ceramic Capacitor F chip 0 1000 25V Z 01 172 ...

Page 179: ...G 01 C505 Ceramic Capacitor F chip 0 1000 25V Z 01 C506 Electrolytic Cap chip 1 50V 01 C507 Ceramic Capacitor F chip 0 1000 25V Z 01 C508 Electrolytic Cap chip 1 50V 01 C509 Ceramic Capacitor F chip 0 1000 25V Z 01 511 Ceramic Capacitor F chip 0 1000 25V Z 01 C512 Electrolytic Cap chip 1 50V 01 C513 Ceramic Capacitor F chip 0 1000 25V Z 01 517 Ceramic Capacitor F chip 0 1000 25V Z 01 C601 Ceramic ...

Page 180: ...U OR IC023 IC LM2596SX ADJ DC DC CONVERTER 06 IC024 IC TC74VHC74F EL D FF 01 IC101 IC TC7SH04FU INVERTER 01 IC102 IC 74VHC245SJX TRANSCEIVER 02 104 IC 74VHC245SJX TRANSCEIVER 02 IC106 IC 74VHC245SJX TRANSCEIVER 02 IC107 IC TC74LVX4245FS TRANSCEIVER 04 IC108 IC TC74LVX4245FS TRANSCEIVER 04 IC109 IC TC74VHCT245AF TRANSCEIVER 03 IC110 IC TC74VHCT245AF TRANSCEIVER 03 IC111 IC TC74LVX4245FS TRANSCEIVER...

Page 181: ...001 Chip Inductance 120U BLM31P121SN1L 01 L002 Chip Inductance 120U BLM31P121SN1L 01 L004 Coil CDRH125 330MC 33uH L131 Chip Inductance 120U BLM31P121SN1L 01 L132 Coil SSB44 331 SMD L451 Chip Inductance 120U BLM31P121SN1L 01 L501 Chip Inductance 120U BLM31P121SN1L 01 503 Chip Inductance 120U BLM31P121SN1L 01 R001 Carbon Resistor chip 220 0 63M J 01 R002 Carbon Resistor chip 10 0K 63M J 01 006 Carbo...

Page 182: ...rbon Resistor chip 0 0 1 4 J 01 R201 Carbon Resistor chip 0 63M J 01 206 Carbon Resistor chip 0 63M J 01 R207 Carbon Resistor chip 10 0K 63M J 01 R208 Carbon Resistor chip 10 0K 63M J 01 R209 Metal Film Resistor chip 2 2K 1 10 D 01 R210 Metal Film Resistor chip 2 2K 1 10 D 01 R211 Carbon Resistor chip 10 0K 63M J 01 R212 Carbon Resistor chip 10 0K 63M J 01 R213 Metal Film Resistor chip 2 2K 1 10 D...

Page 183: ...esistor Array 10KX4 01 TA701 Transistor Array TD62309F EL 04 703 Transistor Array TD62309F EL 04 TA704 Transistor Array TD62783AF EL 706 Transistor Array TD62783AF EL TH601 Protector Switch RUE090 0 90A 30V 02 TH602 Protector Switch RUE090 0 90A 30V 02 TR001 Digital Transistor DTC143XKA 01 X001 Quartz Crystal Unit 11MHz MA 406 X131 Quartz Crystal Unit 49 152MHz DSO751SB X132 Quartz Crystal Unit 45...

Page 184: ...205 Diode 1SS355 TE 17 01 D207 Diode 1SS355 TE 17 01 D301 Diode 1SS355 TE 17 01 308 Diode 1SS355 TE 17 01 EC101 Rotary Encoder EC12E2410401 PAN SELECTED CHANNEL 01 EC102 Rotary Encoder EC12E2410401 Q SELECTED CHANNEL 01 EC103 Rotary Encoder EC12E2410401 FREQUENCY SELECTED CHANNEL 01 EC104 Rotary Encoder EC12E2410401 GAIN SELECTED CHANNEL 01 EC105 Encoder EC16B24204 L 15 Parameter wheel 04 EC301 Ro...

Page 185: ... LD128 LED Yellow LT1H40A SOLO 9 01 LD129 LED Yellow LT1H40A SOLO 10 01 LD130 LED Yellow LT1H40A SOLO 11 01 LD131 LED Yellow LT1H40A SOLO 12 01 LD132 LED Yellow LT1H40A SOLO 13 01 LD133 LED Yellow LT1H40A SOLO 14 01 LD134 LED Yellow LT1H40A SOLO 15 01 LD135 LED Yellow LT1H40A SOLO 16 01 LD136 LED Yellow LT1H40A SOLO ST IN 1 3 01 LD137 LED Yellow LT1H40A SOLO ST IN 2 4 01 LD138 LED Yellow Green LT1...

Page 186: ...L 16 01 LD224 LED Red LT1D40A PEAK 1 01 LD225 LED Red LT1D40A PEAK 2 01 LD226 LED Red LT1D40A PEAK 3 01 LD227 LED Red LT1D40A PEAK 4 01 LD228 LED Red LT1D40A PEAK 5 01 LD229 LED Red LT1D40A PEAK 6 01 LD230 LED Red LT1D40A PEAK 7 01 LD231 LED Red LT1D40A PEAK 8 01 LD232 LED Red LT1D40A PEAK 9 01 LD233 LED Red LT1D40A PEAK 10 01 LD234 LED Red LT1D40A PEAK 11 01 LD235 LED Red LT1D40A PEAK 12 01 LD236...

Page 187: ...SW137 Tact Switch SKQNAED010 SOLO ST IN 2 4 01 SW138 Tact Switch SKQNAED010 SEL 1 01 SW139 Tact Switch SKQNAED010 SEL 2 01 SW140 Tact Switch SKQNAED010 SEL 3 01 SW141 Tact Switch SKQNAED010 SEL 4 01 SW142 Tact Switch SKQNAED010 SEL 5 01 SW143 Tact Switch SKQNAED010 SEL 6 01 SW144 Tact Switch SKQNAED010 SEL 7 01 SW145 Tact Switch SKQNAED010 SEL 8 01 SW146 Tact Switch SKQNAED010 SEL 9 01 SW147 Tact ...

Page 188: ... SKQNAED010 STORE SCENE MEMORY 01 SW203 Tact Switch SKQNAED010 Cursor Down SCENE MEMORY 01 SW204 Tact Switch SKQNAED010 Cursor Up SCENE MEMORY 01 SW205 Tact Switch SKQNAED010 RECALL SCENE MEMORY 01 SW207 Tact Switch SKQNAED010 CLEAR 01 SW301 Tact Switch SKQNAED010 1 USER DEFINED KEYS 01 SW302 Tact Switch SKQNAED010 2 USER DEFINED KEYS 01 SW303 Tact Switch SKQNAED010 3 USER DEFINED KEYS 01 SW304 Ta...

Page 189: ...01V96 55 New Parts REF NO PART NO DESCRIPTION REMARKS QTY RANK RANK Japan only AC Inlet 3P M1908 C AC IN 03 V5065200 ＡＣインレット３Ｐ部品名 ...

Page 190: ...AGRAM 8 CIRCUIT DIAGRAM DIGITAL MIXING CONSOLE Note See parts list for details of circuit board component parts AC 9 DCA 10 DCD 11 FD 002 006 12 ADA 002 004 17 HA 002 004 20 MAIN 002 013 23 LCD 35 PN1 002 004 36 PN2 39 ブロックダイアグラム総コネクタ接続回路図回路図目次注シートの部品詳細はパーツリストをご参照下さい 01V96 ...

Page 191: ...Selector ATSC2A IC401 144P ATSC2A IC457 144P Selector Divider Selector DIR CS8420 IC501 28P Analog I O See Page 5 Digital I O CR OUT AIN 1 16 OMNI OUT 1 4 SM OUT 2Tr DIN 2Tr DOUT SLOT2 IN SLOT2 OUT SLOT1 IN SLOT1 OUT MONI L R STEREO L R 2TR RMCK1 Crystal 21MHz PLL IC456 44P 2ch line 2 A D D A WC SLOT1 WC ATI 2ch line 8 2ch line 4ch line 2 2 4ch line 4ch line 4 4 4ch line SCI0 RX 17 17 17 16 5 DPS ...

Page 192: ...O56 SO57 SO52 SO53 SO55 SO56 SO57 SO52 SO53 SI42 SI41 OAUX1 4 OAUX5 8 SI42 SI41 OAUX1 4 OAUX5 8 SI42 SI41 OAUX1 4 OAUX5 8 2TrDIN AD IN 1 2 AD IN 3 4 AD IN 5 6 AD IN 7 8 AD IN 9 10 AD IN 11 12 SLOT1IN 1 4 SLOT1IN 5 8 SLOT1IN 9 12 SLOT1IN 13 16 SLOT2IN 1 4 SLOT2IN 5 8 SI10 SI12 SI13 SI14 SI15 SI16 SI17 SO62 SO63 OAUX1 4 OAUX5 8 SI36 SI37 SI38 SI39 SI40 SI41 SI42 SI43 SI28 SI29 INS SEND 1 4 INS SEND ...

Page 193: ...DATA 15 16 SDATA 13 14 SDATA 11 12 SDATA 9 10 SDATA 7 8 SDATA 5 6 SDATA 3 4 SDATA 1 2 See Page 3 IC151 28P IC153 IC155 IC154 IC156 IC253 IC251 28P IC255 IC254 IC256 IC353 IC351 28P IC355 IC354 IC356 IC453 IC455 IC454 IC456 SDATA DF D A AK4393 AOUTL AOUTR MCLK MCLK 64Fs DFS RESET Fs PD LRCK BICK DFS LPF LPF LPF LPF LPF LPF LPF LPF MUTE MUTE MUTE MUTE MUTE MUTE MUTE MUTE MUTE MUTE MUTE MUTE MUTE MUT...

Page 194: ...ON LEVEL 2 8 8 METER ATT 4BAND EQ INPUT DELAY Keyin 12ch Group 1 12 13 24 AUX 1 8 INSERT GATE Gain Reduction Out Meter METER METER METER INSERT COMP METER Gain Reduction Out Meter Keyin Self or Stereo Link METER AUX1 8 INSERT SEND 8 50 EFFECT METER SELECT FX1 SEND 1 2 FX1 METER AUX1 8 INSERT SEND 8 50 EFFECT METER SELECT FX2 SEND 1 2 FX2 METER AUX1 8 INSERT SEND 8 50 EFFECT METER SELECT FX3 SEND 1...

Page 195: ...Digital Analog Input Max Digital Analog ATT EQ INSERT LEVEL ON COMP DELAY PAN DELAY BUS Adder ATT EQ COMP MASTER LEVEL ON MASTER INSERT INSERT INSERT INSERT INSERT BAL OUTPUT PATCH INPUT PATCH STEREO OUT MONITOR OUT OMNI OUT 2dBu dBu Analog 24 20 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 10 4 0 2 0 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 2...

Page 196: ...02 26P 26P CN101 CN701 30P 30P CN103 CN703 16P 16P PARAMETER WHEEL CN104 CN201 CN301 CN105 14P 3P 3P 14P 23P CN102 CN101 4P 2P LCD PN1 1 2 PN2 PN1 2 2 ADA MAIN FD HA AC Cord AC Power Transformer 電源トランス Note When the mark in the diagram indicates pin 1 of the connector connectors are connected pin 1 to pin n pin 2 to pin n 1 pin n 1 to pin 2 and pin n to pin 1 where n represents the last pin number...

Page 197: ...ing special characteristics are marked and must be replaced with parts having specifications equal to those originally installed TO SERVICE PERSONNEL Critical Components Information to AC Inlet Assembly ACインレットAss y POWER ON OFF to Power Transformer Destination J U V H B W K F101 KB000790 KB000750 T4AL 250V T2AL 250V ...

Page 198: ...ON REGULATOR 5V µPC24A05HF XM967A00 1 2 3 3 OUTPUT 2 COMMON 1 INPUT to MAIN CN005 to HA CN551 to ADA CN953 to Power Transformer Components having special characteristics are marked and must be replaced with parts having specifications equal to those originally installed TO SERVICE PERSONNEL Critical Components Information Ceramic Capacitor セラミックコンデンサーセ Mylar Capacitor マイラーコンデンサーマ Metal Film Resi...

Page 199: ...nents having special characteristics are marked and must be replaced with parts having specifications equal to those originally installed TO SERVICE PERSONNEL Critical Components Information Ceramic Capacitor セラミックコンデンサーセ not installed 実装しない XX to FD CN002 to MAIN CN004 DC DC CONVERTER DC DC CONVERTER to Power Transformer ...

Page 200: ...K L M N O P Q FD CIRCUIT DIAGRAM 002 01V96 FD CIRCUIT DIAGRAM 002 01V96 01V96 28CC1 8826674 2 Interface Section MULTIPLEXER MULTIPLEXER OP AMP OP AMP TRANSCEIVER TRANSCEIVER D FF D FF D FF D FF to MAIN CN704 to DCD CN202 Ceramic Capacitor セラミックコンデンサーセ ...

Page 201: ...03 01V96 FD CIRCUIT DIAGRAM 003 01V96 01V96 28CC1 8826674 3 13 1 D E F G H I J K L M N O P Fader Drive Section Ceramic Capacitor セラミックコンデンサーセ OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP MULTIPLEXER MULTIPLEXER MULTIPLEXER ...

Page 202: ...ンサーマ Metal Oxide Film Resistor 酸化金属被膜抵抗酸金 OP AMP OP AMP REGULETOR 6V REGULETOR 5V REGULETOR 12V REGULETOR 12V OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP 1 fader 2 fader 3 fader 4 fader 5 fader 6 fader NJM78L06UA X3620A00 REGULATOR 6V 1 OUTPUT 2 COMMON 3 INPUT 1 2 3 µPC2912T E1 X2091A00 REGULATOR 12V 1 INPUT 2 GND 3 OUTPUT 4 GND 1 4 3 2 NJM78L05UA XJ598A00 REGULATOR 5V ...

Page 203: ...rive Section CH7 CH12 OP AMP OP AMP REGULETOR 12V REGULETOR 12V OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP 7 fader 8 fader 9 fader 10 fader 11 fader 12 fader µPC2912T E1 X2091A00 REGULATOR 12V 1 INPUT 2 GND 3 OUTPUT 4 GND 1 4 3 2 Ceramic Capacitor セラミックコンデンサーセ Mylar Capacitor マイラーコンデンサーマ Metal Oxide Film Resistor 酸化金属被膜抵抗酸金 ...

Page 204: ...ader Drive Section CH13 STEREO µPC2912T E1 X2091A00 REGULATOR 12V 1 INPUT 2 GND 3 OUTPUT 4 GND 1 4 3 2 OP AMP OP AMP REGULETOR 12V REGULETOR 12V OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP 13 fader 14 fader 15 fader 16 fader STEREO fader Ceramic Capacitor セラミックコンデンサーセ Mylar Capacitor マイラーコンデンサーマ Metal Oxide Film Resistor 酸化金属被膜抵抗酸金 ...

Page 205: ... 01V96 01V96 28CC1 8826670 2 17 1 3 4 5 6 7 8 9 10 11 12 13 14 15 16 to HA CN101 to MAIN CN502 to HA CN901 Mylar Capacitor マイラーコンデンサーマ Metal Film Resistor 金属被膜抵抗 F DFS_ADA H Double Rate H Normal Rate 128FS MCLK 256FS OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP ADC ADC ADC ADC ADC ADC ADC ADC ...

Page 206: ...ar Capacitor マイラーコンデンサーマ Metal Film Resistor 金属被膜抵抗 F DFS_ADA H Double Rate H Normal Rate 128FS MCLK 256FS 2 3 4 Also change the value of R551 and R552 of HA circuit board at the time of output level change of STEREO OUT STEREO OUTの出力レベル変更時シートHAのR551 R552の値も変更する事 5 Also change the value of R585 and R586 of MONITOR OUT at the time of output level change of STEREO OUT STEREO OUTの出力レベル変更時シートHAのR...

Page 207: ... 28CC1 8826670 4 19 3 USB MID COAXIAL ADAT BNC CPU Photo Coupler INVERTER INVERTER TRANSCEIVER TRANSCEIVER TRANSCEIVER LINE DRIVER LINE RECEIVER LINE RECEIVER LINE DRIVER to MAIN CN503 to HOST USB MIDI IN OUT THRU 2TR IN OUT DIGITAL COAX adat OPTICAL WORD CLOCK WORD CLOCK IN OUT OUT IN not installed 実装しない XX INVERTER INVERTER ...

Page 208: ...N131 CH5 8 ON OFF CH1 4 ON OFF INPUT A 1 INPUT B 1 INSERT I O 1 INPUT A 2 INPUT B 2 INSERT I O 2 INPUT A 3 INPUT B 3 INSERT I O 3 INPUT A 4 INPUT B 4 INSERT I O 4 INPUT A 5 INPUT B 5 INSERT I O 5 INPUT A 6 INPUT B 6 INSERT I O 6 not installed 実装しない X X Metal Film Resistor 金属被膜抵抗 F Flame proof C Resistor 不燃化カーボン抵抗フ PAD 20dB 1 GAIN 1 PAD 20dB 2 GAIN 2 PAD 20dB 3 GAIN 3 PAD 20dB 4 GAIN 4 PAD 20dB 5 ...

Page 209: ... F OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP to ADA CN931 CH9 12 ON OFF INPUT A 7 INPUT B 7 INSERT I O 7 INPUT A 8 INPUT B 8 INSERT I O 8 INPUT A 9 INPUT B 9 INSERT I O 9 INPUT A 10 INPUT B 10 INSERT I O 10 INPUT A 11 INPUT B 11 INSERT I O 11 INPUT A 12 INPUT B 12 INSERT I O 12 PAD 20dB 7 GAIN 7 PAD 20dB 8 GAIN 8 PAD 20dB 9 GAIN 9 PAD 20dB 10 GAIN 10 PAD 20dB 11 GAIN 11 PAD 20dB 12 GAIN 12 Flame p...

Page 210: ...IT DIAGRAM 004 01V96 01V96 28CC1 8826669 4 OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP to ADA CN954 to DCA CN304 MONITOR 2TR IN 2TR IN ANALOG L R GAIN 13 INPUT 13 INPUT 14 INPUT 15 INPUT 16 GAIN 14 GAIN 15 GAIN 16 CH15 16 2TR IN 2TR OUT ANALOG L R MONITOR OUT LEVEL PHONES PHONES LEVEL Metal Film Resistor 金属被膜抵抗 F ...

Page 211: ...TOR 1 8V Lithium Battery Battery VN103500 VN103600 Battery holder for VN103500 Notice for back up battery removal Push the battery as shown in figure then the battery will pop up Druk de batterij naar beneden zoals aangeven in de tekening de batterij springt dan naar voren Battery Battery holder not used for check µPC2918T E1 X2157A00 REGULATOR 1 8V 1 4 3 2 1 INPUT 2 GND 3 OUTPUT 4 GND µPC29M33T E...

Page 212: ...CUIT DIAGRAM 003 01V96 MAIN CIRCUIT DIAGRAM 003 01V96 01V96 28CC1 8826668 3 C D E F G H I J K L LCD controler DC DC converter block LCD CONTROLLER AND AND DC DC CONVERTER TRANSCEIVER OR D FF D FF to LCD CN1 to DCD CN205 to DCA CN303 ...

Page 213: ... DIAGRAM 004 01V96 MAIN CIRCUIT DIAGRAM 004 01V96 01V96 28CC1 8826668 4 25 CPU bus I F block INVERTER TRANSCEIVER TRANSCEIVER TRANSCEIVER TRANSCEIVER TRANSCEIVER TRANSCEIVER BUFFER TRANSCEIVER TRANSCEIVER TRANSCEIVER TRANSCEIVER TRANSCEIVER TRANSCEIVER TRANSCEIVER TRANSCEIVER ...

Page 214: ...UIT DIAGRAM 005 01V96 01V96 28CC1 8826668 5 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 Clock system block Film Capacitor フィルムコンデンサーフ not installed 実装しない X X Mylar Capacitor マイラーコンデンサーマ Metal Film Resistor 金属被膜抵抗 F PLLP2 TRANSCEIVER INVERTER NAND SYSTEMRESET INVERTER TRANSCEIVER TRANSCEIVER PLL DIR2 ...

Page 215: ...4 5 6 7 8 9 10 11 12 13 14 15 16 17 MAIN CIRCUIT DIAGRAM 006 01V96 MAIN CIRCUIT DIAGRAM 006 01V96 01V96 28CC1 8826668 6 27 SDRAM 16M DSP7 DSP7 DSP7 DSP7 SDRAM 16M SDRAM 16M SDRAM 16M BUFFER Mylar Capacitor マイラーコンデンサーマ Metal Film Resistor 金属被膜抵抗 F DSP7 block ...

Page 216: ...9 10 11 12 13 14 15 16 28 A B MAIN CIRCUIT DIAGRAM 007 01V96 MAIN CIRCUIT DIAGRAM 007 01V96 01V96 28CC1 8826668 7 C D E F G H I J K L M N O P Q R S T U V W DSP6 block DRAM 4M DRAM 4M DSP6 D FF D FF DRAM 4M DRAM 4M DSP6 ...

Page 217: ...A B C D E F G H I J K L M N O P 1 2 3 4 5 6 7 8 9 10 11 MAIN CIRCUIT DIAGRAM 008 01V96 MAIN CIRCUIT DIAGRAM 008 01V96 01V96 28CC1 8826668 8 29 ATSC2 Slot block MULTIPLEXER MULTIPLEXER ATSC2A ...

Page 218: ...CUIT DIAGRAM 009 01V96 01V96 28CC1 8826668 9 C D E F G H I J K L M N O P Q TC7SET32FU TC7SET32FU ADAT I F block Mylar Capacitor マイラーコンデンサーマ Metal Film Resistor 金属被膜抵抗 F ATSC2A OR OR INVERTER INVERTER INVERTER INVERTER D FF DIR2 D FF SYSTEM RESET AND not installed 実装しない XX 6 ...

Page 219: ...26668 10 31 2 C D E F G H I J K L M N O P Q 3 4 5 6 7 8 9 10 11 12 2Tr Digital I O ADA I F block not installed 実装しない X X Mylar Capacitor マイラーコンデンサーマ Metal Film Resistor 金属被膜抵抗 F BUFFER INVERTER DIR AND DIT AND TRANSCEIVER TRANSCEIVER TRANSCEIVER to ADA CN952 to ADA CN951 to ADA CN002 ...

Page 220: ...1 2 3 4 5 6 7 8 32 A B C D E F G H I J K MAIN CIRCUIT DIAGRAM 011 01V96 MAIN CIRCUIT DIAGRAM 011 01V96 01V96 28CC1 8826668 11 3 Slot I F block TRANSCEIVER BUFFER TRANSCEIVER SLOT ...

Page 221: ...M N O P Q 1 2 3 4 5 6 7 8 9 10 11 12 MAIN CIRCUIT DIAGRAM 012 01V96 MAIN CIRCUIT DIAGRAM 012 01V96 01V96 28CC1 8826668 12 33 PN Scan LED source I F block D FF D FF D FF D FF D FF D FF DECODER INVERTER to PN1 CN101 to PN1 CN102 ...

Page 222: ...UIT DIAGRAM 013 01V96 MAIN CIRCUIT DIAGRAM 013 01V96 01V96 28CC1 8826668 13 C D E F G H I J K L M N O P PN SW buffer REC2 I F block TRANSCEIVER TRANSCEIVER TRANSCEIVER DECODER TRANSCEIVER GATEARRAY TRANSCEIVER DECODER to FD CN001 to PN1 CN103 ...

Page 223: ...3 4 5 6 7 8 LCD CIRCUIT DIAGRAM 01V96 LCD CIRCUIT DIAGRAM 01V96 01V96 28CC1 8826677 1 35 2 C D E F G H I J K L DC DC CONVERTER OP AMP OP AMP to MAIN CN006 to LCD Module LCD contrast DC DC Output voltage B curve ...

Page 224: ... LAYER 17 32 LAYER MASTER LAYER REMOTE LAYER HOME METER FADER MODE AUX2 FADER MODE AUX3 FADER MODE AUX4 FADER MODE AUX5 FADER MODE AUX6 FADER MODE AUX7 FADER MODE AUX8 FADER MODE HIGH SELECTED CHANNEL SEL ST IN 1 3 SEL ST IN 2 4 SOLO ST IN 1 3 SOLO ST IN 2 4 ON ST IN 1 3 ON ST IN 2 4 ON STEREO HIGH MID SELECTED CHANNEL LOW MID SELECTED CHANNEL LOW SELECTED CHANNEL ST IN 1 2 ST IN 3 4 SOLO ...

Page 225: ...TING DISPLAY ACCESS PAIR GROUP DISPLAY ACCESS PATCH DISPLAY ACCESS DIO SETUP DISPLAY ACCESS 1 16 LAYER 17 32 LAYER MASTER LAYER REMOTE LAYER HOME METER FADER MODE AUX2 FADER MODE AUX3 FADER MODE AUX4 FADER MODE AUX5 FADER MODE AUX6 FADER MODE AUX7 FADER MODE AUX8 FADER MODE HIGH SELECTED CHANNEL STORE SCENE MEMORY SCENE MEMORY Cursor Down Cursor Up SCENE MEMORY RECALL SCENE MEMORY SEL ST IN 1 3 SE...

Page 226: ...K L M PN1 CIRCUIT DIAGRAM 004 01V96 PN1 CIRCUIT DIAGRAM 004 01V96 01V96 28CC1 8826675 4 1 PN1 ENCODER PN1 2 2 PARAMETER WHEEL PN1 1 2 to MAIN CN702 to MAIN CN703 to MAIN CN701 to PN2 CN301 PAN Q FREQUENCY SELECTED CHANNEL GAIN Parameter wheel ...

Page 227: ...1 CN105 USER DEFINED KYES 1 2 USER DEFINED KYES USER DEFINED KYES 3 4 USER DEFINED KYES USER DEFINED KYES 5 6 USER DEFINED KYES USER DEFINED KYES 7 8 USER DEFINED KYES USER DEFINED KYES 1 2 USER DEFINED KYES USER DEFINED KYES 3 4 USER DEFINED KYES USER DEFINED KYES 5 6 USER DEFINED KYES USER DEFINED KYES 7 8 USER DEFINED KYES ST IN 1 3 ST IN 2 4 ...

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